ii
IMPLEMENTATION OF THE PENNSYLVANIA STATE STANDARDS FOR PHYSICAL EDUCATION: TEACHER AND STUDENT PERSPECTIVES
___________________________________________________________
A Dissertation Submitted to
the Temple University Graduate Board
___________________________________________________________
in Partial Fulfillmentof the Requirements for the Degree
Doctor of Philosophy
___________________________________________________________
by Matthew David Cummiskey
January, 2007
iv
ABSTRACTIMPLEMENTATION OF THE PENNSYLVANIA STATE STANDARDS FOR PHYSICAL EDUCATION: TEACHER AND STUDENT PERSPECTIVES
Matthew David CummiskeyDoctor of Philosophy
Temple University, 2007Doctoral Advisory Committee Chair: Ricky Swalm, PhD.
The purpose of this study was to measure the effect of
the passage of the Pennsylvania standards for physical
education upon its planning, teaching, and assessment in the
public schools. Data were collected through three primary
methods: online teacher surveys (n = 292), teacher
interviews and observations (n = 16), and written student
surveys (n = 338).
A factor analysis was conducted which yielded four
factors. The factors scores were compared to demographic
variables using ANOVAs, correlations, regressions, and t-
tests. Of the 40 comparisons analyzed, 13 were significant
at the alpha level of .05 although none were considered
practically significant (>10%). All practical significance
calculations were below 5% with the exception of locale
(6.17%).
vBased upon the online survey results, 16 teachers were
interviewed and observed and provided curricular documents
such as lesson plans. Analysis of the qualitative data
yielded five major themes and several sub-themes. Teachers
perceived that the standards were valuable yet too vague.
Physical education was not allotted the necessary
instructional time, particularly at the elementary level, to
accomplish the standards. Physical education coordination
through supervisors or department chairpersons was largely
ineffective and lacked the authority to mandate and
implement change. Teachers perceived they were meeting and
addressing the state standards when their instruction either
did not address the standards or did so superficially.
Verifiable assessment of student learning of standards-based
content occurred infrequently. Physical education
professional development opportunities were insufficient and
did not adequately focus on the physical education
standards.
Analysis of the student survey results indicated that
more students should be aware of the standards and that
standards 10.4C and 10.4D were not sufficiently addressed.
A factor analysis was conducted which yielded two factors.
Analysis of the factor scores against the demographic groups
viindicated that middle school students scored significantly
higher in terms of knowledge of the standards and physical
education content compared to elementary and high school
students. In addition, elementary school students enjoyed
physical education significantly more than middle or high
school students.
vii
ACKNOWLEDGEMENTS
This dissertation is the product of countless efforts
on the part of many individuals beside myself. First, Dr.
Ricky Swalm has been both insightful and diligent throughout
the entire process, particularly these final few months as
we have labored to finish before a deadline. I have
deepened my understanding of writing, research, and physical
education through his tutelage. I will be forever grateful.
I would also like to thank my dissertation committee
members: Dr. Michael Sachs, Dr. David Fitt, Dr. Joseph
Libonati, and Dr. Catherine Schifter.
I would also like to express my gratitude to the
countless physical education teachers who provided the data
upon which this research is predicated, especially the
teachers who consented to being interviewed and observed.
They volunteered and gave freely of their time and resources
as well as conducted the student survey.
Thank you as well to my fellow graduate students at
Temple University, especially Anne Livezey, John McNamara,
Kelly Ketcham, Colin Guthrie, and Erin Holloran. Anne was
instrumental in the analysis of qualitative data.
viii
DEDICATION
This dissertation is dedicated to my wonderful fiancée
Jenny. Your love and support through this entire process
has been invaluable. I promise more “us time” once this
dissertation is on the shelf. I look forward to the future
and can’t wait to be your husband. Love always . . .
This dissertation is also dedicated to my parents, John
and Mary Francis. A son couldn’t ask for a better set of
parents. This achievement is your achievement also because
without you, it wouldn’t be possible. In many ways you’ve
made me who I am and I find myself more like you each day.
ix
TABLE OF CONTENTS
Page
ABSTRACT..................................................iv
ACKNOWLEDGMENTS..........................................vii
LIST OF TABLES..........................................xiii
LIST OF FIGURES...........................................xv
CHAPTER
1. THE PROBLEM............................................1
Introduction..........................................1Purpose...............................................4Research Questions....................................4Delimitations.........................................5Limitations...........................................6Definition of Terms...................................7
2. LITERATURE REVIEW.....................................10
History of the Standards Movement in the United States......................................10
National Physical Education Standards................20Application of the National Physical Education Standards..........................................31
Development of State Standards for Physical Education.................................37Development of the Pennsylvania Standards for Physical Education.............................46Adoption, Implementation, and Reaction to Standards-Based Reform.............................50Obstacles to Standards-Based Reform in Physical Education.................................55Summary..............................................57
3. METHODS AND PROCEDURES................................60
x
Research Design......................................60Selection of Participants............................61Instrumentation......................................68Data Collection......................................73Data Analysis........................................79Method of Verification...............................81IRB Authorization....................................83Assumptions and Rationale for Qualitative Design.....83Role of the Researcher...............................85
4. RESULTS AND DISCUSSION................................88
Introduction.........................................88Teacher Online Survey................................89Teacher Interview, Observation, and Document Analysis.................................125
Background.....................................131Standards Competence...........................139Curriculum Development.........................148Standards Implementation.......................166Standards Promotion and Constraint.............184
Student Survey......................................203
5. SUMMARY, CONCLUSIONS, MEANING FOR PRACTITIONERS, AND RECOMMENDATIONS FOR FUTURE RESEARCH..............217
Summary.............................................217Conclusions.........................................223Meaning for Practitioners...........................225Recommendations for Future Research.................234
REFERENCES CITED.........................................236
xi
APPENDICES
A. PENNSYLVANIA STANDARD 10.4 - PHYSICAL ACTIVITY.....246
B. PENNSYLVANIA STANDARD 10.5 – CONCEPTS, PRINCIPLES AND STRATEGIES OF MOVEMENT......................249
C. SUPERINTENDENT AUTHORIZATION TO CONTACT TEACHERS.........................................252
D. SUPERINTENDENT EMAIL TO NON-RESPONDERS.............254
E. EMAIL SOLICITING PARTICIPANT EMAIL ADDRESSES.......256
F. EMAIL TO POTENTIAL ONLINE SURVEY PARTICIPANTS......258
G. PENNSYLVANIA INTERSCHOLASTIC ATHLETIC ASSOCIATION (PIAA) DISTRICTS....................260
H. AUTHORIZATION FOR ON-SITE DATA COLLECTION..........262
I. ONLINE SURVEY FOR TEACHERS.........................265
J. WEB-BASED ONLINE TEACHER SURVEY....................269
K. STUDENT SURVEY A...................................275
L. STUDENT SURVEY B...................................279
M. INTERVIEW QUESTIONS FOR TEACHERS...................283
N. OBSERVATION FORM...................................286
O. INFORMED CONSENT - ONLINE PARTICIPANTS.............288
P. THANK YOU..........................................291
Q. INFORMED CONSENT - INTERVIEW PARTICIPANTS..........293
R. INFORMED ASSENT AND CONSENT - STUDENT SURVEY.......296
xiiS. INFORMED ASSENT AND CONSENT - STUDENT OBSERVATION AND SURVEY...........................299
T. FREQUENCIES – STANDARDS-BASED ITEMS................302
U. FACTOR ANALYSIS – ONLINE TEACHER SURVEY............308
V. OPEN-ENDED ONLINE SURVEY RESPONSES.................311
W. ONLINE SURVEY RESPONSES FOR INTERVIEWED TEACHERS.........................................337
X. TEACHER INTERVIEW TRANSCRIPTS......................343
Y. DOCUMENT ANALYSIS MATERIALS........................516
Z. FREQUENCIES – STUDENT SURVEY.......................523
AA. FACTOR ANALYSIS – STUDENT SURVEY...................528
AB. STUDENT SURVEY OPEN-ENDED RESPONSES...............530
xiii
LIST OF TABLES
Table Page
1. How Sport Education Meets the NASPE Standards........43
2. Enrollment and Locale Classifications................65
3. Online Teacher Survey – Frequency Table..............90
4. Number of Physical Education Teachers in the School.............................................96
5. Likert-Scale Responses For Standards-Based Questions.........................................100
6. Online Survey Factor Analysis - Variance Explained.........................................110
7. t-test - Gender X Factor Scores.....................114
8. ANOVA - School Level X Factor Scores................115
9. ANOVA - Locale X Factor Scores......................116
10. t-test – District PE Supervisor X Factor Scores............................................117
11. t-test – Middle or High School Chair X Factor Scores............................................119
12. ANOVA - PSSA Scores X Factor Scores.................120
13. ANOVA – Total Memberships X Factor Scores...........121
14. Correlation - Years Teaching X Factor Scores........123
15. Correlation – Ss/Sch and Ss/Dis X Factor Scores.................................................124
16. Demographics of Interview Participants..............126
xiv17. Major Themes and Sub-Themes.........................130
18. Student Survey Frequency Table......................205
19. Student Survey Factor Analysis – Variance Explained.........................................209
20. t-test - Gender X Factor Scores.....................211
21. ANOVA – School Level X Factor Scores................212
xv
LIST OF FIGURES
Figure Page
1. Scree Plot for Online Survey.........................111
2. Scree Plot for Student Survey........................210
1
CHAPTER 1
THE PROBLEM
Introduction
There have been many efforts to improve the quality of
American public school education. These efforts have
included outcomes-based education, back to basics, and more
recently, educational standards (Horn, 2004). The current
focus on educational standards owes much of its momentum to
the publication of A Nation at Risk (National Commission on
Excellence in Education, 1983). This report highlighted
various deficiencies in the educational preparation of the
nation’s children. Partially in response to A Nation at
Risk, the federal government passed Goals 2000: Educate
America Act (U.S. Congress, 1994) to improve the quality of
a public school education. A section of that law required
the development of national content standards for each
subject area (e.g., physical education, math, science,
English, history). Many of these were written on a national
level by each respective professional organization. For
example, the National Association for Sport and Physical
2Education (NASPE) published seven national standards for
physical education in 1995.
While national standards served as broad, commonly
accepted tenets of a discipline’s content, the reality was
that these standards had to be operationalized at the state
level. According to Williams and Rink (2003), state
organizations often used national standards to create state
standards. Some states, such as Delaware and Connecticut,
closely modeled their standards on the national ones. Other
states, such as New York and New Jersey, created hybrid
standards reflecting both the national standards and local
input. Still others, such as Pennsylvania, created
standards that only loosely reflected the national
standards.
Pennsylvania created standards for the following 13
disciplines: arts and humanities, career education and work,
civics and government, economics, environment and ecology,
family and consumer sciences, geography, health, safety and
physical education, history, mathematics, reading, writing,
speaking, and listening, science and technology. Standard
10 was devoted to the fields of health, safety, and physical
education (HSPE) and was subdivided into five categories.
Standard 10.1 addressed concepts of health, 10.2 healthful
3living, 10.3 safety and injury prevention, 10.4 physical
activity, and 10.5 concepts, principles, and strategies of
movement. Standards 10.1 and 10.2 focused on health while
standards 10.4 and 10.5 focused on physical education (PE).
Standard 10.3 focused on safety, which bridged both health
and physical education. Each of these standards was
subdivided into six standard statements and finally into
more detailed bullet points. Different standard statements
and bullets were created for grades 3, 6, 9, and 12.
Although the Pennsylvania standards for HSPE were
passed by the Pennsylvania legislature in 2002 and
implementation began in 2003, there has never been an
accounting of how the standards are being implemented in the
state’s public schools. Furthermore, three years have
passed since the HSPE standards were implemented and,
therefore, the students in grades 3, 6, 9, and 12 have had
three full years of standards related instruction.
Therefore, 2006 represents an ideal time to sample current
practices and measure the effects of the standards. Many
fundamental questions remain unanswered: (a) how do the
standards affect teacher planning, (b) how has actual
instruction changed, (c) is assessment aligned with the
standards, (d) what do students know about the standards
4themselves, (e) how well have students mastered standard
related content and (f) how does the implementation of the
standards vary across the state by locale, school size, and
administrative coordination of physical education? In order
for the efficacy of reform to be evaluated, these questions
must be answered.
Purpose
The purpose of this study was to measure the effect of
the passage of the Pennsylvania standards for physical
education upon its planning, teaching, and assessment in the
public schools.
Research Questions
The following research questions were identified:
1. Primary: How are the physical education standards
being implemented and assessed by Pennsylvania physical
education teachers?
2. Primary: How do school size, locale, school level,
and administrative coordination of physical education affect
implementation of the physical education standards?
3. Secondary: Is the amount of time allotted to
physical education sufficient to acquire the knowledge and
skills mandated by the physical education standards?
54. Secondary: What coordination methods exist within a
district relative to the implementation of the state
standards?
Delimitations
The following delimitations were identified:
1. The population of this study was delimited to
selected teachers and students in Pennsylvania public
schools.
2. The time frame for this study was delimited to the
2005-2006 school year.
3. The population of this study was delimited to
teachers who utilized email accounts.
4. The total population was delimited to school
districts whose superintendents authorized this research
study.
5. The teacher interview population of this study was
delimited to selected public school districts whose
superintendent approved on-site data collection consisting
of interviews, observations, and document analysis.
6. The teacher interview population of this study was
delimited to selected public school districts in the
Eastern/Southeastern portion of Pennsylvania.
6Limitations
The following limitations were identified:
1. The predispositions of teachers and students to the
HSPE standards could not be accounted for in advance.
2. Superintendents who declined to authorize this
study may have disproportionately represented school
districts whose implementation of the standards was
unsatisfactory.
3. School district setting, enrollment, and
supervisory structure may have disproportionately affected
the response rate.
4. Participants who refused to participate may have
disproportionately represented physical education programs
that were ineffectively implementing the PE standards.
5. Survey self-reporting is subject to
misinterpretation, poor memory, prejudice, and
administrative desirability by those completing the surveys.
6. The use of a mixed method design incorporating
multiple case studies reduced the ability to generalize the
findings.
7. The interaction between the researcher, who was a
7Pennsylvania public school physical educator, with other
Pennsylvania public school physical educators, could have
led to potential biases and preconceived notions on the part
of the researcher regarding the implementation and
assessment of the Pennsylvania physical education standards.
Definition of Terms
The terms used in this study were defined as follows:
Administrative Desirability: Administrative
desirability is the influence of administrators upon
teachers such that teachers respond to survey questions
according to how they perceive administrators would like
them to respond versus their independent judgments.
Alignment: Alignment is when the written curriculum is
what is taught and assessed (Horn, 2004).
Assessment: Assessment includes various techniques used
to measure student achievement (James, Griffin, & France,
2005).
Authentic Assessment: Authentic assessment includes
various techniques used to measure student achievement
within the context of real-life problems and situations
(Horn, 2004).
8Best Practice: Best practice includes curriculum,
instruction, and assessment that can be supported by
quantitative and qualitative research (Horn, 2004).
Content Standards: Content standards specify what
students should know according to the knowledge and skills
essential to a discipline (NASPE, 1995).
Locale: The locale is the location of a school in
either an urban, rural, or suburban environment.
Performance Standards: Performance standards indicate
the level of achievement that students are expected to
execute in the content standards (NASPE, 1995).
Physical Education Standards: The physical education
standards include Pennsylvania Academic Standards for
Health, Safety and Physical Education 10.4 (Physical
activity) and 10.5 (Concepts, principles and strategies of
movement) (Pennsylvania Department of Education, 2002).
School level: The school level at which a child is
currently enrolled in school, either elementary school,
middle school, or high school.
Standards: Standards are conceptual or factual criteria
representing knowledge, skills, or attitudes that are
established by an authority (Horn, 2004).
9Standards-Based Education: Standards-based education is
the focusing of all aspects of an educational environment on
a set of guiding standards (Horn, 2004).
10
CHAPTER 2
LITERATURE REVIEW
The purpose of this study was to measure the effect of
the passage of the Pennsylvania standards for physical
education upon its planning, teaching, and assessment in the
public schools. This chapter is subdivided into the
following sections: (a) history of the standards movement
in the United States, (b) national physical education
standards, (c) application of the national physical
education standards, (d) development of state standards for
physical education, (e) development of the Pennsylvania
standards for physical education, (f) adoption,
implementation, and reaction to standards-based reform, (g)
obstacles to standards-based reform in physical education,
and (h) summary.
History of the Standards Movement in the United States
The educational standards movement developed over the
last twenty years, beginning with the publication of A
Nation at Risk (National Commission on Excellence in
Education, 1983). This document highlighted critical
11shortcomings in the nation’s educational system and provoked
widespread concern about the quality of American K-12
education. The report found that (a) high school curricula
lacked a central purpose and were described as “cafeteria-
style," (b) students were taking fewer challenging courses
as evidenced by a 300% enrollment increase in general level
courses (c) state graduation rates were consistently low,
(d) students spent less time in the classroom compared to
other industrialized countries, (e) teachers often taught
outside their fields of certification, (f) students scored
poorly on international tests, and (g) an increasing number
of students were illiterate. American education was
characterized as “inefficient and ineffective” owing to
factors such as grade inflation and social promotion (Horn,
2004, p. 18). Education secretary Terrance Bell uttered
these well-known remarks:
If an unfriendly foreign power had attempted to impose on America the mediocre educational performance that exists today, we might well have viewed it as an act of war. As it stands, we have allowed this to happen to ourselves. We have even squandered the gains in student achievement made in the wake of the Sputnik challenge. Moreover, we have dismantled essential support systems which helped make those gains possible. We have, in effect, been committing an act of unthinking, unilateral educational disarmament. (p. 18)
12The future of the nation seemed threatened due to
educational mediocrity. Parents, educators, business
professionals, and politicians reacted by demanding an
educational system that prepared students for the demands of
the next century (Fullan, 2001). The A Nation at Risk
report recommended five major changes to address the
shortcomings:
1. Content – Strengthen graduation requirements and
curriculum content.
2. Standards and Expectations – Adopt more rigorous
and measurable standards and higher expectations.
3. Time – Devote significantly more time to
instruction including a longer school day and school year.
4. Teaching – Improve the preparation of teachers and
make the profession more rewarding and respected.
5. Leadership and Fiscal Support – Hold educators and
elected officials responsible for leadership and encourage
them to provide appropriate fiscal support (National
Commission on Excellence in Education, 1983).
In 1989, President George H. W. Bush convened the state
governors in Charlottesville, Virginia for the First
National Educational Summit (Pulliam & Van Patten, 2002).
The objective was to create a national strategy addressing
13the shortcomings exposed by A Nation at Risk. The
governors, including future President Bill Clinton,
established a series of broad objectives called America
2000. The objectives stated that by the year 2000:
1. All children in America will start school ready to
learn.
2. The high school graduation rate will increase to at
least 90 percent.
3. All students will leave grades 4, 8, and 12 having
demonstrated competency over challenging subject matter
including English, mathematics, science, foreign languages,
civics and government, economics, arts, history, and
geography.
4. Schools will ensure that all students learn to use
their minds to encourage responsible citizenship, future
learning, and productive employment.
5. Students in the United States will be first in the
world in mathematics and science achievement.
6. Every adult American will be literate and possess
the knowledge and skills necessary to compete in a global
economy and exercise the rights and responsibilities of
citizenship in this country.
147. Every school in the United States will be free of
drugs, violence, alcohol, and unauthorized firearms.
8. Every school will offer a disciplined environment
conducive to learning.
9. Teachers will have access to professional
development opportunities to acquire the knowledge and
skills necessary to instruct all students.
10. Every school will promote partnerships that
increase parental involvement and advance the social,
emotional, and academic growth of children (Pulliam & Van
Patten, 2002).
In addition, President Bush established the National
Education Goals Panel (NEGP) (Mondale, 2002). The NEGP’s
primary responsibility was to monitor achievement of
national goals. It issued a report titled The National
Education Goals Report: Building a Nation of Learners and
also called for the development of student performance
assessments. America 2000 was introduced as a legislative
package but was never passed by Congress. It evolved into
strategies that involved local communities in school reform
to promote the achievement of the National Goals. By the
end of 1992, forty-eight states and over 2000 communities
had committed to achieving the National Goals. In addition
15to national goals, America 2000 also called for creating
voluntary “American Achievement Tests” linked to world-class
standards in five core subjects for grades 4, 8, and 12.
In 1990, the Secretary of Labor created the Secretary’s
Commission on Achieving Necessary Skills (SCANS) (Mondale,
2002). The SCANS initial report, What Work Requires of
Schools (1991), outlined the skills American workers would
need to be successfully employed in a high-performance,
high-skill, and high-wage economy. The focus was aligning
school curricula with the needs of the workplace, not
society at large. In addition, the SCANS report outlined
fundamental skills and workplace competencies. The
fundamental skills included basic skills (reading, writing,
arithmetic, listening, and speaking), thinking skills
(creative thinking, decision making, problem solving,
visualizing, knowing how to learn, and reasoning), and
personal qualities (responsibility, self-esteem,
sociability, self-management, integrity, and honesty). The
workplace competencies included the following categories:
resources, interpersonal, systems, information, and
technology.
In November 1993, the NEGP released “Promises to Keep:
Creating High Standards for American Students.” The report
16recommended creating the National Education Standards and
Improvement Council (NESIC) to certify voluntary national
standards.
In March 1994, President Clinton signed the Goals 2000:
Educate America Act (Lunenburg & Irby, 1999). The act
passed into the law the national goals President Bush
originally conceived as part of America 2000. The act
formally established the NESIC to endorse national and state
content standards and methods of assessment. States were
instructed to use the framework established by Goals 2000 to
create world-class academic standards, provide support, and
assess student progress. Goals 2000 also created the
National Skill Standards Board (NSSB) whose responsibility
it was to create work-related standards for students in
technical programs. Following Goals 2000, many national
organizations created subject-specific standards (Horn,
2004). For example, the National Center for History in
Schools developed the history standards in 1994. In 1995,
the NASPE published Moving into the Future: National
Standards for Physical Education (NASPE, 1995). Later, many
states used subject specific national standards as templates
for creating state content standards for various disciples
including physical education (Williams & Rink, 2003).
17The second National Education Summit, March 1996, was
attended by 40 state governors and 45 business leaders
(Pulliam, & Van Patten, 2002). The attendees promised to
support efforts to create rigorous academic standards in
core disciplines and reaffirmed the goals established in the
first National Education Summit. However, they acknowledged
that setting goals was not sufficient and therefore agreed
to a series of specific actions. The governors promised to
facilitate the development of rigorous standards, systems of
assessment, and teacher accountability in two years. The
business leaders promised to support the governors,
communicate necessary workforce skills, hire graduates
demonstrating achievement of the standards, consider state
standards when locating operations, and develop products
that support education. Lastly, Achieve Inc., was formed as
an independent, bipartisan, non-profit association committed
to high standards, assessment, and accountability (Dessoff,
(2005).
The third National Education Summit, 1999, included
governors, business leaders, and educators who reaffirmed
prior commitments to high educational standards (Mondale,
2002). New challenges were identified which included
raising teacher quality, helping all students achieve the
18standards, and enhancing school accountability measures.
Some issues remained unsettled such as charter schools and
vouchers.
On January 8th, 2002, President George W. Bush signed
the No Child Left Behind (NCLB) Act, a revised version of
the 1965 Elementary and Secondary Education Act (ESEA)(U.S.
Department of Education, 2002). The law was passed by a
large majority of both Republicans and Democrats in Congress
(Yell & Drasgow, 2005). The law had four basic tenets:
1. Increased accountability – States were required to
develop standards and align them with assessments. Students
were tested in reading and math during grades 3-8 and once
during high school. All schools and districts were required
to achieve adequate yearly progress (AYP). Test data were
publicly disclosed including group scores by socio-economic
status, race, disability status, and language proficiency.
School district data were disclosed on state report cards
and corrective measures were instituted in schools that
failed to make AYP.
2. Improved flexibility and local control - States and
local communities were given more discretion about how
federal dollars were spent. In addition, federal funding
19options were consolidated and the application process
streamlined.
3. More parental choice – Parents were given the
option of transferring their children from failing schools
to better performing public schools. Children who remaining
in failing schools were eligible for supplemental
educational services including tutoring, after school
enrichment, and summer school. In addition, funding was
provided to assist the development of charter schools.
4. Greater utilization of proven teaching methods –
Educational programs that used scientifically proven
teaching methods received more federal money. In addition,
funding was provided to improve teacher quality through
professional development and recruitment (Yell & Drasgow,
2005).
The importance of standards had been elevated over time
to the point they became the focal point for program design
(Silverman and Ennis, 2003). The process of program design
incorporated learning goals, curriculum design,
instructional design, and assessment. First, teachers
created learning objectives that guided the selection of
related content. Second, instructional practices and
strategies were aligned with the learning objectives while
20still facilitating “individual and nuanced performance” (p.
131). Finally, summative and formative assessments required
students to demonstrate knowledge and the application
thereof. The focus of standards-based education was
learning as demonstrated by the achievement of standards.
National Physical Education Standards
The national standards for physical education were
evolving prior to the Educate America Act that encouraged
the development of national standards (Todorovich, Curtner-
Smith, Prusak, & Model, 2005). In 1986, the National
Association for Sport and Physical Education (NASPE) formed
an Outcomes Committee to define what a physically educated
person should know and be able to do. From this committee,
five outcomes of a quality physical education program were
identified (NASPE, 1992). A physically educated person:
1. Has learned skills necessary to perform a variety
of physical activities
2. Knows the implications of and the benefits from
involvement in physical activities
3. Does participate regularly in physical activity
4. Is physically fit
5. Values physical activity and its contribution to a
healthful lifestyle (NASPE, 1992)
21Later, the original five outcomes were expanded to twenty
and included benchmarks for specific grade levels. NASPE
then created the Physical Education Standards and Assessment
Task Force to devise standards rooted in the outcomes.
Draft versions of the standards were introduced at the 1993
and 1994 American Alliance for Health, Physical Education,
Recreation, and Dance (AAHPERD) national convention. In
addition, NASPE presented the draft standards at each of the
alliance’s six district conventions and some state
conventions. The Physical Education Standards and
Assessment Task Force also sought the input of numerous
physical educators and professionals in the field.
In 1995, NASPE published Moving into the Future:
National Standards for Physical Education (NASPE, 1995).
This document delineated seven national standards:
1. Demonstrates competency in many movement forms and
proficiency in a few forms.
222. Applies movement concepts and principles to the
learning and development of motor skills.
3. Exhibits a physically healthy lifestyle.
4. Achieves and maintains a health-enhancing level of
physical fitness.
5. Demonstrates responsible personal and social
behavior in physical activity settings.
6. Demonstrates understanding and respect for
differences among people in physical activity settings.
7. Understands that physical activity provides
opportunities for enjoyment, challenge, self-expression and
social interaction.
In 2004, NASPE published a second edition of physical
education standards that reduced the total number of
standards from seven to six. The 2004 national standards
for physical education developed by NASPE are delineated
below:
1. Demonstrates competency in motor skills and
movement patterns needed to perform a variety of physical
activities.
2. Demonstrates understanding of movement concepts,
principles, strategies, and tactics as they apply to the
learning and performance of physical activities.
233. Participates regularly in physical activity.
4. Achieves and maintains a health-enhancing level of
physical fitness.
5. Exhibits responsible personal and social behavior
that respects self and others in physical activity settings.
6. Values physical activity for health, enjoyment,
challenge, self-expression, and/or social interaction.
The standards were created to help improve the quality
of public school physical education and the health of the
nation’s children (Holley, Clarke, Pennington, & Aldana,
2003). According to Judith Young, former executive director
of NASPE, the standards were left intentionally imprecise to
permit flexibility and avoid concerns regarding the
imposition of a national curriculum. NASPE did however
create benchmarks that had more specific interpretations.
The first NASPE standard (2004) was considered “the
heart of physical education” because the motor component
distinguished physical education from the other academic
disciplines (Collier & Oslin, 2001, p. 1). According to
standard one, a physically educated person demonstrated
competency in motor skills and movement patterns needed to
perform a variety of physical activities (NASPE, 2004).
Prior to standard one, some teachers were hesitant to hold
24students accountable for motor skill performance. However,
the first content standard went beyond simply addressing
motor skills and movement patterns - it required competency.
Competency was defined as the ability to properly employ,
during a physical activity or game, a skill or movement.
“In the primary years students develop versatility in the
use of fundamental skills (e.g., running, skipping,
throwing, striking)” (NASPE, 1995, p. 2). These fundamental
skills later developed into intricate, sport specific skills
“used in increasingly more complex movement environments
(e.g., more players, rules, and strategies)” (p. 2).
Although standard one required that students demonstrate
competency in a variety of motor skills and movement
patterns, it did not specify which skills or patterns.
Collier and Oslin (2001) indicated that demonstrating
accountability for standard one was one of the greatest
challenges facing physical education. Some postulated that
since the performance of physical skills varied so
dramatically, holding students accountable for learning was
inappropriate. On the contrary, subjects like mathematics
also faced divergent student abilities yet required student
competency. Therefore, it was appropriate that physical
education likewise required competency. Researchers Collier
25and Oslin (2001) suggested achieving greater depth and less
breadth for standard one: “We believe in spending quality
time on fewer content progressions so that students have
adequate practice opportunities with a single school year”
(p. 22). That way, students acquired greater proficiency in
their motor skills and movement patterns.
According to standard two, a physically educated person
demonstrated understanding of movement concepts, principles,
strategies, and tactics as they apply to the learning and
performance of physical activities (NASPE, 2004). Standard
two required that a physically educated person “use
cognitive information to understand and enhance motor skill
acquisition and performance” (NASPE, 1995, p. 2).
Therefore, standard two built upon standard one by adding
cognitive information to the physical domain. It required
higher-order thinking and the combination of content
material from divergent sources (Humphries, Lovdahl, and
Ashy, 2002). Students were asked cognitive questions such
as why off center-forces caused rotation, why zigzag
patterns aided offense maneuvers, what commonalities and
differences existed for the same skill in two sports, why
weight training challenged the same muscle concentrically
and eccentrically, and what strategies succeeded against an
26aggressive zone defense. The role of teachers was to help
students apply various concepts, principles, strategies, and
tactics in order to move students to higher levels of
understanding (Karp & Woods, 2001). Elementary students
typically focused on building movement vocabularies and
movement concepts while high school students developed
fitness plans or game strategies.
According to standard three, a physically educated
person participated regularly in physical activity (NASPE,
2004). The objective of standard three was to improve or
maintain student activity levels inside and outside the
classroom (Darst, 2001). As a guide, various organizations
published recommendations for the amount of daily physical
activity. The U.S. Surgeon General recommended a minimum of
30 minutes of moderate to vigorous physical activity most
days of the week (U.S. Department of Health and Human
Services, 1996). NASPE’s Council on Physical Education for
Children suggested that elementary children accrue a minimum
of 60 minutes of physical activity per day. Finally,
Pangrazi and Corbin (1996) suggested using a spectrum of
activities from moderate to vigorous intensity. These
recommendations sought to connect classroom material to
recreational activities such as walking, cycling, inline
27skating, backpacking, yoga, and weight training. Offering
sufficient curricular breadth was also a way to promote
physical activity. This sometimes meant allowing students
to choose activities (Pagnano & Griffin, 2001). Other
options included creating a lunch-hour or after-school
intramural program (Darst, 2001). Again, teachers focused
on lifetime activities such as skiing, fly fishing,
bicycling, and orienteering. Some teachers required
students to create a personal activity log recording the
amount and type of daily physical activity (Donnelly, 2006).
Another objective of standard three was the attainment of an
appreciation for “the value of physical activity as a key
component of health and well-being” (Darst, 2001, p. 27).
Therefore, a physically educated person acted as a proponent
of physical activity.
According to standard four, a physically educated
person achieved and maintained a health-enhancing level of
physical fitness (NASPE, 2004). Students were required to
translate the knowledge and skills from standards one, two,
and three into a pre-described level of physical fitness
(Kulinna & Krause, 2001). Students had to become physically
fit, retain that level of fitness, and advance their fitness
related knowledge. However, this task proved difficult due
28to the prevalence of obesity and sedentary lifestyles among
children. Therefore, various agencies, including The
Centers for Disease Control and Prevention (CDCP)(1997),
recommended strategies for improving youth fitness levels.
They encouraged the development of fun activities and the
formation of partnership between various local agencies to
maximize physical activity opportunities. Finally, the CDCP
suggested involving parents due to their substantial
influence upon behavior. Kulinna and Krause (2001)
encouraged teaching students fitness concepts and assessing
that knowledge. They stated that students should understand
the frequency, intensity, and time guidelines regarding
physical activity. The researchers also suggested that
activities should be lifetime focused, outside activities
should supplement in class learning, and that FITNESSGRAM®
should be used to inform students of their current fitness
levels.
According to standard five, a physically educated
person demonstrated responsible personal and social behavior
such as respecting oneself and others in physical activity
settings (NASPE, 2004). Wentzel characterized responsible
behavior as following “rules and role expectations” (1999,
p. 1). Bluestein (1988) defined it as a blending of
29individuality, independence, control, and internal
motivation. Parker and Hellison (2001) defined responsible
behavior as learning “how to become accountable for their
own well-being and for contributing to the well-being of
others, both inside and outside the gymnasium” (p. 25).
Despite claims of character development by physical
educators, the activities themselves did not promote
standard five (Parker & Hellison, 2001). Instead,
activities and skills had to be taught in a way that
promoted responsibility and respect among students. Like
physical skills, responsible content had to be defined and
in some cases, learned. Parker and Hellison identified two
broad learning outcomes. First, students contributed to
their own personal development through self-motivation, goal
setting, and other activities. Second, students enhanced
the well-being of others by valuing rights and feelings,
demonstrating care, and assisting them whenever possible.
Practical examples included awareness talks to focus
students on different areas of responsibility, holding group
meetings when problems arose, creating group solutions,
incorporating reflection time at the conclusion of a lesson,
modifying current activities to promote personal and social
behavior, and creating personal contracts or daily reports.
30Students could exhibit standard five by playing according to
the rules, responding appropriately to safety measures,
congratulating an opponent, volunteering to replay a
disputed call, and setting personal goals.
The sixth and final NASPE (2004) content standard
prescribed that a physically educated person valued physical
activity for health, enjoyment, challenge, self-expression,
and/or social interaction. According to Sutliff and Taylor
(2001), standard six served “as a guide for physical
educators seeking to reinforce the intrinsic, holistic value
of physical activity” (p. 34). Physical education provided
many avenues for expression, personal growth, and group
interaction not available in other disciplines. Too often,
these merits were squandered on overly competitive, sports-
oriented curricula that left students feeling self-
conscious, fearful, and undervalued. Instead, standard six
demanded that “physical education be a place where everyone
can find enjoyment and empowerment, regardless of ability
level” (p. 34). Sutliff and Taylor identified several
strategies that promoted standard six such as teachers
purposefully designed lessons to maximize collaboration,
group decision making, trust, and problem solving.
Application of the National Physical Education Standards
31
The standards were created to define “what a student
should know and be able to do as a result of a quality
physical education program” (NASPE, 2004, p. 9). Effective
physical educators used the standards to develop an
effective curriculum, instructional programs, and best
practices for children (COPEC, 2000). The standards also
provided an outline for developing achievable expectations
for every student in every grade (NASPE, 2004). These
standards represented the initial step needed to create a
functionally aligned K-12 physical education curriculum.
According to Humphries, Lovdahl, and Ashy, the national
content standards had two primary purposes (2002). First,
the standards were meant to “describe” quality physical
education programs, not “reinvent” them (p. 42). Curricular
revisions that met the standards and aided student progress
towards becoming physically educated were retained.
Conversely, the standards could also be used to identify
program deficiencies. Second, the national standards did
not represent a curriculum or the imposition of state
control upon individual lesson planning and execution. No
specific content was identified for the standards beyond the
elementary level in order to provide discretion for the
teachers. However, it was noted that some activities
32contributed more to the fulfillment of the standards than
others.
One of the main purposes of the national standards was
to provide direction and guidelines for curriculum planning
(Todorovich et al., 2005). For example, James, Griffin, and
France (2005) reported that the NASPE standards helped
teachers reflect more about physical education and content
delivery.
In the past, there was not always sufficient emphasis
on meeting student needs (Macdonald & Brooker, 1997) due to
a culture in physical education that discouraged inclusivity
(Siedentop, Doutis, Tsangaridou, Ward, & Rauschenbach, 1994)
and achievement (Lund, 1992). In fact, Tinning and
Fitzclarence (1992) stated that school physical education
was “irrelevant or boring for many adolescents” (p. 287).
Students often failed to connect physical education with
potential health and fitness benefits. The problem was
exacerbated by not considering gender, ethnicity, and
socioeconomic variables (Siedentop et al., 1994). This
scenario frequently resulted in low-skill females having the
least educational, and perhaps detrimental, experience.
The standards were also used to educate students,
parents, teachers, administrators, and the media about the
33physical education profession (Holt, 2004). Frequently,
other educational professionals knew little about physical
education and in fact, often based their concepts of modern
physical education solely on their own experiences in
school. This contributed to the sense of marginalization
many physical educators experienced (James, Griffin, &
France, 2005). However, in using content standards, the
status of physical education could be more readily defined
and improved. James, et al. (2005) stated that the
standards “describe achievement, show that knowledge and
skills matter, and confirm that mere willing participation
is not the same as education. In short, national physical
education standards bring accountability and rigor to the
profession” (p. 93).
Holt (2004) advocated using standard three
(participates regularly in physical activity) and standard
six (values physical activity) to encourage the idea of
quality physical education among parents, teachers, and
administrators. By referencing the national standards,
physical educators were raising the status of the
profession. Therefore it was incumbent upon physical
educators to both know the national standards, actively
promote them, and to incorporate them in instruction.
34Another purpose of the NASPE standards was to align
instruction with assessment, both of which should be
standards-based (James, et al., 2005). Therein, achievement
of the standards could be measured (Tannehill, 2001) to help
demonstrate the worth of an educational program (Rink,
1999). Programs that failed to demonstrate observable
achievement of the standards were often viewed as
expendable. However, properly applied, the standards could
serve as a bulwark against further reductions in
instructional time allocations and actually improve time
apportioned to physical education (Holt, 2001).
Historically in physical education, there has been a
lack of assessment (Matanin & Tannehill, 1994) due to
several factors, among them a perceived lack of training,
pressure from colleagues, and shortage of time (Hensley,
1997; Lund, 1993; Veal, 1988). Too often, teachers based
student grades on compliance with classroom rules and
participation in class activities (Matanin & Tannehill,
1994). Many teachers conformed to student expectations that
physical education was recreational, not educational and it
lacked student accountability (Ratliffe, Imwold, & Conkell,
1994). The marginalization many physical educators
perceived contributed to less assessment, less effort, less
35success, and reduced status (James, Linda, & France, 2005).
Students generally knew they would not be held accountable
and as a result, learning, effort, and achievement suffered
(Boyce, 1990).
Despite the lack of assessment in the field, physical
education research indicated that assessment was vital to
the learning process (Spage, 1996). Assessment positively
impacted student views regarding content and the learning
process (Spage, 1996). Furthermore, students who were
assessed focused more closely on the information than those
who were not (James, 2001). Therefore, assessment motivated
both student effort and achievement. Beyond motivation, the
standards also served as a means to evaluate physical
education program quality and deficiencies (Fay & Doolittle,
2002).
For some students, the standards helped motivate them
to enroll in elective physical education classes (Chen &
Ennis, 2004). However, in most cases, focusing on the
standards, lifetime activities, and health related diseases
did not improve enrollment in elective physical education.
This outcome clearly demonstrated the “high need, low
demand” status of the profession (Ennis, 2001). Despite the
need for physical education, there was low demand among
36students. To the point, most students chose to complete
only the minimal physical education requirement in high
schools, usually one credit or less (Chen & Ennis, 2004).
Student registration for high school physical education
decreased 30% on average between 1988 and 1996 (National
Center for Education Statistics, 1996). Clearly, there was
a motivational problem with students enrolling in optional
physical education, a problem that standards could help
remedy (Chen & Ennis, 2004).
Application of the NASPE standards has helped increase
the pride, shared sense of purpose, and position of physical
educators. For example, “When a senior graduates from high
school now, he or she was approved as ‘physically educated’
by this high school. There’s a sense of pride in that”
(Petersen, Cruz, & Amundson, 2002, p. 18). Finally, a
director of physical education stated: “I love what the
standards have done for physical education. . . . We’re not
looking at people trying to eliminate us any more. We have
a lot of credibility now” (p. 23).
Development of State Standards for Physical Education
The creation of national standards for physical
education led many states to develop their own standards,
often based on the NASPE standards (NASPE, 1995). This then
37led some school districts to create their own standards that
reflected the state and national standards (Spagnolo, et
al., 2005). States generally chose one of three approaches
when crafting their physical education standards. Some
states, such as Delaware, adopted the national standards as
the state standards. Other states, such as Pennsylvania and
New York, created standards that loosely reflected the
national standards. Still other states created hybrid
standards, reflecting both the national standards and local
input. Ultimately, most state standards reflected the
combination of local contexts and local control within the
framework of the national standards (Lund & Tennehill,
2005). The remainder of this section is dedicated to how
several states, including Pennsylvania, developed their
physical education standards.
In South Carolina, several parties interested in
physical education successfully lobbied the state
legislature to mandate all high school students be able to:
1. Demonstrate competence in two different movement
forms.
2. Design a personal fitness program.
3. Participate regularly in physical activity outside
of physical education class.
384. Meet the gender and age-group Fitnessgram® fitness
standard (Rink et al., 2002, p. 21).
These performance indicators later developed into state
standards (Rink et al, 2002). The South Carolina
Association for Health, Physical Education, Recreation, and
Dance (SCAHPERD) was appointed to conduct five sessions of
in-service training, beginning with high school physical
educators. The sessions addressed aligning the national
standards with current practices and curricula, creating
longer instructional units, and enhancing the transfer of
physical education content to non-physical education
settings.
Two years following the initial legislation, three
demonstration high schools were selected to model the new
techniques (Rink et al., 2002). Subsequent research
demonstrated that schools which had one or more “lead
teachers” implemented the reforms more quickly by assisting
colleagues (Wirszyla, 1998). Later, a SCAHPERD committee
designed assessment materials that allowed teachers to meet
the standards through flexible practices (Rink et al.,
2002). Ultimately, assessment materials, including written
tests, were produced for 26 different high school
39activities. Teachers reported difficulty in letting go of
favorite activities and focusing instead on the standards.
The reforms required that all physical educators across
the state collect data on students in second grade, fifth
grade, eighth grade, and high school. All data, including
fitness scores, cognitive tests, student contracts, and
videotapes of motor skills were submitted to a monitoring
committee consisting of selected South Carolina physical
educators. The first set of data were collected in 2000 and
each school was assigned a corresponding score. The score
indicated the percentage of students who met the state
physical education standards. School administrators
received more detailed information including data by teacher
and class.
According to Rink and colleagues, the South Carolina
reform efforts resulted in both positive change and the need
for further improvements (2002). There was a long history
of a lack of accountability in South Carolina. “For some
professionals, this lack of accountability has meant the
freedom to create wonderful programs. For too many, a lack
of accountability has resulted in poor programs” (p. 33).
Instead, all teachers were held accountable for helping
their students achieve the standards.
40Similar to South Carolina, New York State designed a
comprehensive standards-based reform program designed to
hold schools accountable for student learning (Fay &
Doolittle, 2002). It began when the New York State
Commissioner of Education required all subject areas to
design curriculum frameworks and standards. However,
physical education, health, and home economics were not
included. In response, the New York State AHPERD developed
the Physical Education Outcomes & Benchmarks (NYS AHPERD,
1992). The New York State AHPERD also submitted a paper
entitled Physical Education Adult Roles (NYS AHPERD, 1991)
which described how physical education prepared students for
an active and healthy adulthood. The quality of these works
and subsequent focus groups resulted in State Education
Department officials inviting physical education to draft a
curriculum framework and learning standards. This led to
the publication of the New York State Learning Standards for
Health, Physical Education, and Home Economics (New York
State Education Department, 1996). All students completed a
series of assessments that were made public on school report
cards (Fay & Doolittle, 2002). Like South Carolina, the
purpose was to hold schools accountable for student
learning.
41The New York State learning standards were as follows:
1. Standard 1-Personal Health and Fitness: Students
will have the necessary knowledge and skills to establish
and maintain physical fitness, participate in physical
activity, and maintain personal health.
2. Standard 2-A Safe and Healthy Environment: Students
will acquire the knowledge and ability necessary to create
and maintain a safe and healthy environment.
3. Standard 3-Resource Management: Students will
understand and be able to manage their personal and
community resources (New York State Education Department,
1996).
Standards-based professional development was instituted
across New York State with monies provided from the
Education America Act (Fay & Doolittle, 2002). Four
workshops in each New York State zone resulted in 36
workshops for the state’s 714 school districts. The
presentation evolved from merely presenting the learning
standards with implementation strategies to practical
assessments, statewide assessment, curriculum development,
standards-based instruction, and curricular alignment. To
foster accountability, achievement data were reported for
42each school district based upon statewide assessments at the
elementary, middle, and secondary level.
Similar reforms centered on the NASPE content standards
also took place in North Carolina (Veal, Johnson, Campbell,
& McKethan, 2002). Following a presentation by Judy Rink
from the University of South Carolina, representatives from
various groups decided to promote NASPE centered sport
education at the high school level. The NASPE standards
were a good fit based upon then-current educational reforms
in North Carolina.
An initial group of North Carolina physical educators
and teacher educators banded together to form the Physical
Education Partnership for Sport Education (PEPSE)(Davis &
Roberts, 1994). All participants attended sport education
workshops and agreed to implement sport education in class.
The partnership reconvened to provide feedback, analyze
progress, and make corrections. To ensure that the reforms
were aligned with the NASPE standards, literature was
created to guide teachers as indicated in Table 1.
Table 1. How Sport Education Meets the NASPE Standards___________________________________________________________
NASPE Standard Sport Education___________________________________________________________
1. Demonstrates competency Build competency through:
43 in motor skills and 1. Longer seasons movement patterns needed 2. Smaller-sided competition to perform a variety of 3. Practice sessions during physical during preseason activities 4. Formative assessment-
focuses student practice5. More practice trials results in more learning6. Teamwork and cooperative learning7. Learning tactics and skills promotes proficiency
___________________________________________________________
In Connecticut, the BEST Program (Beginning Educator
Support and Training) was established to help new teachers
create pedagogy and assessments that reflected the standards
(Miller, Morley, & Westwater, 2002). All second year
physical educators were required by the state to submit a
teaching portfolio where the NASPE standards were reflected
in planning, teaching, assessment, and analysis of
instructional tasks. The tasks entailed completing lesson
logs, teaching videotapes, sample student assessments, and
reflective journals (Connecticut State Department of
Education, 2000). Successful teachers were able to move up
a three-tier level of licensure.
Standards-based reform in Wyoming began when the state
legislature mandated the creation of graduation and
performance standards in 1995 (Deal, Byra, Jenkins, & Gates,
442002). Standards were developed in reading/language arts,
mathematics, science, social studies, foreign
culture/language, health, physical education,
career/vocational education, and fine/performing arts. The
development of the Wyoming health and physical education
standards proceeded in three steps. First, teachers and
various school personnel were invited to six regional
meetings. Therein, common goals were identified and
contrasted with the NASPE standards (NASPE, 1995). Second,
selected individuals from the regional meetings were invited
to a weeklong standards-writing conference. The
representatives developed content standards, benchmarks, and
performance standards, aligned the standards for elementary,
middle, and high school, and developed exemplar assessments.
Third, the tentative state standards for physical education
were posted on the state education website for public
review. Two additional drafts reduced the number of
standards from seven to three and generated more examples of
best practices. The Wyoming standards for physical
education required that physical education students (Wyoming
Department of Education, 2000):
451. Demonstrate competency in movement forms and
applies movement concepts and principles to the learning and
development of motor skills.
2. Demonstrate fitness literacy and behaviors
associated with it.
3. Demonstrate personal and social responsibility.
A website (www.uwyo.edu/wyhpenet) and list-serve were
developed to facilitate dissemination and implementation of
the standards across the state (Deal et al., 2002). Leading
members of the Wyoming Health and Physical Education Network
(WYhpeNET) presented the new standards at the 1999 state
AHPERD convention and the 1999 Wyoming School Improvement
Conference. Additional workshops and printed materials
aligned district physical education standards with state
ones. Finally, four two-day assessment workshops were
presented to develop assessments based on the standards.
46Development of the Pennsylvania Standards
for Physical Education
Work on the Pennsylvania standards began in 1994 when
the State Board of Education created a new regulatory
chapter titled “Chapter 4: Academic Standards and
Assessment” (M. Sutter, personal communication, February 12,
2006). This act terminated previous efforts known as the
Pennsylvania Outcomes of Education. State standards were
conceptualized in ten different areas with one area titled
Health, Safety, and Physical Education. The content areas
of health and physical education were combined because
teachers were required to be licensed in both. Safety was
added due to perceived fit between the content areas.
The NASPE standards served as a “framing document” for
the development of the Pennsylvania physical education
standards (M. Sutter, personal communication, February 12,
2006). Dr. Marian Sutter, a former Pennsylvania health and
physical education advisor and a key member of the NASPE
standards developmental committee, served on the state
committee developing the Pennsylvania standards.
Development of the state standards began on May 16,
1996 with the initial meeting of the Health, Safety, and
Physical Education Standards and Assessment Advisory Group
(S. Black, personal communication, February 17, 2006). The
47group consisted of three state representatives (Dr. Marian
Sutter, Jack Emminger, Dave Secrist), three health
representatives, two physical education representatives
(Charlie Schmidt, Marjorie Wuestner), and two safety
representatives. This advisory group led to the formation
of a task force that met later in 1996. According to
parameters established by the state, each content area could
invite educators to attend the task force meeting (M.
Sutter, personal communication, February 12, 2006). The
criteria for selection included representation for each
discipline (health, safety, and physical education), school
level (elementary, secondary, post-secondary), experience in
standards development, regional distribution, statewide
leadership, and computer skills.
The task force, known as the first panel for health,
safety and physical education, met at Dickinson College
August 7-9, 1996 (S. Wentzell, personal communication,
February 21, 2006). The 45-member panel developed a draft
version of the standards that was critiqued by two national
reviewers: Dr. David Birch of Indiana University and Dr.
Jaclyn Lund of the University of Louisville (S. Black,
personal communication, February 17, 2006). In September of
1996, the Governor’s Advisory Commission on Academic
48Standards was formed. Public meetings regarding the
standards were held between October and December of the same
year. For three days in February of 1997, a second task
force met to continue writing the standards for health,
safety, and physical education. A third task force met for
two days in June 2000 to continue development of the
standards. The third draft was reviewed by Dr. David Birch
of Indiana University and Dr. Betsy McKinley of the
Pennsylvania Department of Education (PDE). The draft
standards were submitted to the PDE and then to the State
Board of Education on January 17th, 2001. Revised standards
were submitted later that year and on November 15th, 2001,
the State Board of Education announced its intention to
adopt the proposed standards. The academic standards for
health, safety, and physical education (Appendix A, Appendix
B) became effective on January, 13th, 2003 upon their
publication in the Pennsylvania Bulletin.
The new standards were disseminated at conferences for
the Pennsylvania State Association for Health, Physical
Education, Recreation, and Dance (PSAHPERD) and via meetings
with the Pennsylvania State Education Association. Finally,
presentations were made at 20 of the 29 Intermediate Units
throughout the state.
49The Pennsylvania Academic Standards for Health, Safety
and Physical Education were organized into five categories
listed below (Pennsylvania State Department of Education,
2002):
1. 10.1 Concepts of health
2. 10.2 Healthful living
3. 10.3 Safety and injury prevention
4. 10.4 Physical activity
5. 10.5 Concepts, principles, and strategies of
movement
Pennsylvania state standards 10.4 and 10.5 addressed
physical education (State Board of Education of
Pennsylvania, 2002). They described what students should
know and be able to do by the conclusion of the third,
sixth, ninth and twelfth grade. They progressed in both
difficulty and complexity across the grade levels
culminating in knowledge and skill that allowed students to
accomplish and maintain a healthy and active lifestyle as
adults.
Adoption, Implementation, and Reaction to Standards-Based Reform
50In 2002, Pennsylvania conducted the Status of Physical
Education in Pennsylvania Survey to better understand the
needs of physical educators throughout the state (Borsdorf &
Wentzell, 2002). The survey consisted of 56 multiple-choice
items with one open-ended response. Pennsylvania physical
educators were randomly selected to receive the survey. A
total of 1,278 surveys from the original 4,200 were valid
for interpretation. The results indicated that 60% of
respondents used the state standards. Only 26% stated they
were “very familiar” (p. 3) with the PA standards while 56%
said they were “somewhat familiar” (p. 3) and an additional
17% said they were “not familiar” (p. 3). When asked
whether they were comfortable teaching a standards-based
curriculum, 34% said they were “confident,” (p. 3) 50% were
“somewhat confident” (p. 3) and 16% “did not feel confident”
(p. 3). Regarding their existing curricula, 61% stated
their curricula were based upon the standards, 28% stated it
was not, and an additional 11% did not know what their
curricula were based on.
According to Borsdorf and Wentzell (2002), too many
Pennsylvania physical educators were not using the standards
and that the importance of the standards needed greater
emphasis. For example, 100% of physical educators should be
51very familiar with the standards, yet only 26% were. This
might have explained why only one-third of teachers were
“confident” in their ability to teach to the standards.
In New York State, research was conducted to examine
the efficacy of the state physical education standards.
Petersen, Cruz, and Amundson (2002) found that the standards
encouraged teachers to become more reflective about their
practices. According to one teacher, “The standards have
helped us all grasp for ‘best practices.’ They help us
think about how to reach goals in the best way. . . .
Teachers think, ‘if I teach this, it will help me get at the
standards’” (p. 15). For some teachers, a standards-based
approach meant moving away from traditional curriculum
methods such as the multi-activity model to other approaches
such as sport education, skill themes, movement education,
fitness education, or social responsibility. Another effect
of the standards was that New York State physical educators
addressed the affective domain more frequently. Activities
such as project adventure and cooperative games were used to
address the personal living skills component of the NYS
standards.
The New York State standards also required that
educators teach, not just recreate (Petersen et al., 2002).
52“The days of ‘throwing out the ball’ will be over when
students start to need to demonstrate competent and
proficient levels of skill and knowledge” (p. 16). More
variety and lifetime activities were introduced such as
yoga, swing dance, and fitness activities. “The standards
came first, and as a result, changes have occurred in
program content. These changes in curriculum would not have
been implemented as well or as quickly without the impetus
of the standards” (p. 16).
The state standards movement also caused teachers to
approach curriculum development differently (Petersen et
al., 2002). Previously, a curriculum could be written in an
afternoon. However, curriculum writing evolved into a more
reflective, more professional process. In addition,
teachers created benchmarks and aligned them with
assessments. Sufficient time was awarded for students to
demonstrate competency. Some districts changed their
grading policies to emphasize the standards instead of
participation and effort.
In Utah, an extensive survey was conducted to measure
how the national standards shaped physical education
curricula (Holley, Clarke, Pennington, & Aldana, 2003). For
standard one, demonstrate movement competency, teachers
53assessed it 76% of the time. Of them, 22% used a
standardized test, 39% developed their own tests, and 20%
applied informal assessments. For standard two, describe
and apply game strategies, teachers stated 58% met the
standard although a number reported being unclear on how to
teach and assess it. Regarding standard three, exhibits a
physically active lifestyle, 74% of physical educators
“felt” (p. 46) students would not enhance or maintain their
fitness level upon graduation. Furthermore, the teachers
had no mechanism for measuring student activity outside of
school. For standard four, achievement and maintenance of a
health-enhancing level of fitness, physical educators taught
77% of students to find their target heart range, yet only
42% required their students to exercise in that range for at
least 20 minutes. Furthermore, only 34% of teachers
required students to keep activity logs. Teachers reported
that only 20% of juniors and seniors set and strived to
achieve activity related goals. Fitness testing was
conducted by 80% of teachers at least once a semester. For
standard five, demonstrate responsible personal and social
behavior, 89% of Utah physical educators required students
to follow the rules and 81% indicated student actions were
safety compliant. However, only 34% of students met the
54sportsmanship benchmark while 51% would have volunteered to
repeat a disputed call. According to standard six, a
physical education student understood that physical activity
provided opportunities for enjoyment, challenge, self-
expression, and social interaction. Teachers in Utah
perceived that 7% of students volunteered for novel and
challenging activities outside of class, that 41% worked to
advance their skill level outside of class, and that 24%
engaged in competitive activities outside of class.
The Utah survey also polled teachers regarding the
NASPE standards and their curricula (Holley et al., 2003).
Over 83% of teachers reported being held responsible for
teaching to the standards. Of those, 67% indicated they
held students responsible for state physical education
standards, 2% to the NASPE standards, 3% to school
standards, and 12% to district standards. Most physical
educators (79%) indicated they would like more information
on student achievement benchmarks. Over 94% were interested
in how NASPE could benefit them and 72% knew of NASPE.
However, only 37% understood the purpose of NASPE, 28% knew
how to get information from NASPE, and 14% were familiar
with the standards document Moving into the Future.
Obstacles to Standards-Based Reform in Physical Education
55
The lack of planning and instructional time allotted to
physical education constituted a major roadblock to the
implementation of the standards (Napper-Owen, Johnson,
Kamla, & Lindauer, 2001). Teachers were more effective with
adequate planning time “to align your lesson activities to
performance standards and benchmarks as well as sequence
your learning opportunities across all of your grade levels”
(p. 21). Instructional time was also insufficient to
achieve the standards. For example, Ohio students graduated
high school with only two semesters of physical education
(Siedentop et al., 1994). In Delaware, physical education
was not mandated in grades K-8 (Woolard, n.d.). In
Pennsylvania, the state mandates physical education in each
grade K to 6 and during middle school and high school
(Pennsylvania Department of Education, n.d.). However in
middle and high school, the state does not specify during
which grades and for how many years students must
participate in physical education. Only Illinois required
daily physical education grades K-12.
The new era of high stakes testing, back to basics
education, and No Child Left Behind (NCLB) has also strained
the standards movement (Wilkins et al., 2003). School
districts increased time in math, reading, science, English,
56and social studies at the expense of physical education and
other subjects. Previous research had led educators to
believe that increasing instructional time produced a
corresponding increase in achievement (Dreeben & Barr,
1988). In Massachusetts for example, some physical
education instructional time was transferred to other
disciples (Coleman, 2001). This occurred despite research
concluding that reduced instructional time for art, music,
and physical education did not result in improved test
scores (Wilkins et al., 2003).
Unfortunately, meeting the standards was difficult
since few children received the recommended 150 minutes per
week of physical education in the elementary school and 225
minutes per week in high school (NASPE, 2004). For example,
in Pennsylvania, 63% of elementary children received 45
minutes or less of physical education per week and only 1%
received more than 150 minutes per week (Borsdorf, &
Wentzell, 2002). At the high school level, 57% of teachers
responded that their students engaged in 90 minutes or less
of physical education per week and only 9% of students
engaged in 225 minutes or more per week. “Without various
opportunities to participate in movement activities over
57time” (p. 4), it was doubtful students could achieve the
standards.
Inappropriate class sizes represented another
impediment to effective instruction and achieving the
standards (NASPE, 2000). It was suggested that teachers
limit class or group size to enhance learning opportunities.
Too often, teachers had to organize students into larger
than recommended groupings, thus hampering instructional
objectives. Other impediments to the standards included
non-supportive colleagues and lack of accountability from
administration (J. Daugherty, personal communication,
October 11, 2005).
Summary
Educational standards have advanced beyond their
original expectations. They have endured while other
reforms such as outcomes based education and back to basics
education have failed to take root. Today, they form the
cornerstone of our educational system and are imbued
throughout the entire educational process: planning,
teaching, and assessing.
The standards movement began with the alarming findings
of A Nation at Risk. The report called for the adopting of
rigorous and measurable academic standards. NASPE had the
58foresight to develop national standards for physical
education. The standards were inclusive, addressing not
only the psychomotor domain but the cognitive and affective
domains as well. The standards gave purpose to teachers and
the discipline itself. Students became aware that “PE” was
more than playing games; it fostered health, fitness, and
lifetime commitments to physical activity. The standards
also enhanced curriculum design, advocacy, and assessment.
States emulated the national organizations by creating
state standards. The composition of these state standards
varied greatly. Some mirrored the national standards while
others were only loosely based on them. Pennsylvania chose
the latter approach, crafting two physical education
standards (10.4 and 10.5) with multiple content areas and
grade levels. The Pennsylvania physical education standards
were the most detailed of any state standards examined in
this study.
Following passage of the Pennsylvania physical
education standards, research by Borsdorf and Wentzell
(2002) noted that teachers were familiar with and confident
in their usage of the physical education standards yet were
not using them adequately. Obstacles to the implementation
of the physical education standards included a lack of time,
60
CHAPTER 3
METHODS AND PROCEDURES
The purpose of this study was to measure the effect of
the passage of the Pennsylvania standards for physical
education upon its planning, teaching, and assessment in the
public schools. This chapter is subdivided into the
following sections: (a) research design, (b) selection of
participants, (c) instrumentation, (d) data collection, (e)
data analysis, (f) method of verification, (g) IRB
authorization, (h) assumptions and rationale for qualitative
design, and (i) role of the researcher.
Research Design
This study incorporated both quantitative and
qualitative elements, thus making it a mixed method design.
The qualitative portion consisted of multiple case studies
derived from interviews, observations, field notes, and
document analysis. The quantitative portion consisted of
two surveys that were analyzed through comparisons among
groups, analyses of factors, and correlations.
61Selection of Participants
The participants for this study included public school
physical education teachers and their students in the
Commonwealth of Pennsylvania, grades K-12. School district
superintendents were asked via email to grant the researcher
permission to contact physical education teachers (Appendix
C). To collect superintendent email addresses, the
researcher used the Pennsylvania Department of Education
(PDE) website (www.pde.state.pa.us) to access school
district websites. If superintendent email addresses were
not available, the researcher used the phone number listed
on the PDE website to call district administrative offices.
For permission, superintendents were required to reply to
the email and specify consent to contact teachers. If
superintendents failed to reply, a second email seeking
permission was sent (Appendix D). No response or an email
denying permission constituted a lack of consent. If the
superintendents responded to the emails requesting to be
contacted via postal mail or fax, that method was used.
In those districts whose superintendent gave permission
to contact their physical education teachers, the email
addresses of physical educators were collected via one of
four methods. First, the names and email addresses may have
62been included in superintendent replies or subsequent
emails. Second, addresses may have been collected from
internet browsing. The researcher used the PDE website to
connect to selected school district websites. Once on
school district websites, the researcher searched for email
addresses of physical educators. Third, the researcher may
have used school district websites to determine the names
and email addresses of directors of personnel. Thereafter,
an email was sent to directors of personnel seeking the
email addresses of physical educators in the school
districts (Appendix E). Fourth, if the first three methods
were unsuccessful, the researcher determined email addresses
of school district supervisors of physical education and
asked them to provide the email addresses of physical
educators. Once all possible email addresses were
collected, an email was sent directly to physical educators
asking them to complete the online survey (Appendix F).
In order to build a representative sample for the
online survey, it was necessary to balance the number of
participants according to the following stratification
variables: geographic location, school district locale, and
school district enrollment. This balanced approach reduced
63the likelihood that one stratification variable would unduly
influence the survey results.
For geographic location, the state was divided into 12
districts. These districts were established by the
Pennsylvania Interscholastic Athletic Association (PIAA) to
partition the state into more manageable sections and
provide a means of competition (Appendix G).
School district locale was based on data from the
National Center for Educational Statistics (NCES,
http://nces.ed.gov/). The NCES classifies school districts
into eight locale codes: large city, mid-size city, urban
fringe of large city, urban fringe of mid-size city, large
town, small town, rural outside, and rural inside. The
National Assessment of Educational Progress (NAEP) collapses
the eight NCES codes into the three categories used in this
study: central city, urban fringe/large town, and
rural/small town.
For school district enrollment classifications, the 501
Pennsylvania public school districts were sorted according
to total K-12 enrollment. The sorted sample was divided
into four enrollment classifications. The first three
enrollment classifications contained an approximately equal
number of school districts while the fourth was reserved for
64a few large school districts such as Philadelphia and
Pittsburgh. Therefore, the following classification system
was devised: “A” school districts had an enrollment between
0 and 2,000, “AA” school districts between 2,001 and 4,000,
“AAA” school districts between 4,001 and 10,000, and “AAAA”
over 10,000.
A fourth stratification variable that was considered
but not implemented for participant selection was physical
education administrative coordination. The rationale was
the difficulty of verifying administrative coordination and
the frequency by which such personnel change. In addition,
there were a multitude of structures and relationships that
existed.
The next step was to select school districts based on
the criteria established above. In each PIAA district, the
researcher assigned school districts a locale and enrollment
classification. Next, the following matrix was constructed
to determine all possible enrollment and locale
classifications (Table 2). The matrix indicated that 12
possible enrollment and locale classifications were
possible. Three were eliminated due to the improbability
that few, if any, schools districts met those conditions
65
(UA, SAAAA, RAAAA). One school district per locale and
enrollment classification was selected per PIAA district.
Table 2. Enrollment and Locale Classifications___________________________________________________________
Enrollment _______________________________________
Locale A AA AAA AAAA___________________________________________________________
Urban (U) UA UAA UAAA UAAAA
Suburban (S) SA SAA SAAA SAAAA
Rural (R) RA RAA RAAA RAAAA___________________________________________________________Note: A = 0–2,000; AA = 2,001-4,000; AAA = 4,001-10,000; AAAA = > 10,000
Therefore, a total of 90 school districts were recruited
from PIAA districts 1-7 and 9-11. The Pittsburg Public
Schools (PIAA district 8) and the School District of
Philadelphia (PIAA district 12) added two additional school
districts. If the possibility existed to select multiple
districts per locale or enrollment classification, the lower
alphabetical school district was selected. There were,
however, exceptions to this procedure. In cases such as
Pittsburgh (District 8) and Philadelphia (District 12),
selection occurred differently due to the fact each PIAA
district consisted of one school district with a singular
66locale (urban) and enrollment classification (AAAA). In
Pittsburgh and Philadelphia, 6 high schools, 8 middle
schools, and 15 elementary schools were selected. By
selecting this number of schools in Pittsburgh and
Philadelphia, an approximately equal number of teachers were
recruited as in other PIAA districts. Once a school
district or school was selected, the email addresses for all
physical educators were collected in the manner described
earlier.
Access to the interview participants was granted in a
two-stage process. First, the researcher called the
superintendents of school districts selected for on-site
data collection. After a verbal agreement was reached to
permit on-site data collection, a permission form was sent
to the superintendent via postal mail (Appendix H). The
superintendents signed the consent forms and returned them
to the researcher in self-addressed, stamped envelopes.
After the superintendents authorized on-site data
collection, the researcher contacted teachers first by
email, and if necessary, by phone using the contact
information provided as part of the online survey.
Participants for the interview portion of this study
were selected from online survey data according to four
67criteria. First, participants gave permission in the online
survey to be contacted for a possible interview. Second,
teachers who claimed to effectively implement the standards
were given priority. This determination was made by scoring
the online survey responses and selecting higher scores
first. Teachers who claimed to be effectively implementing
the standards usually agreed or strongly agreed with the
survey statement and therefore had higher scores. The
reason for selecting higher scores was to recruit teachers
who were more likely to be effectively implementing the
standards. Therein, their methods of instruction could be
recorded, analyzed, and disseminated. Third, multiple
teachers in one school were selected over singular teachers
who claimed to be effectively implementing the standards.
The rationale for selecting multiple teachers from one
school was to facilitate cross-data comparison among
participants. Fourth, teachers located in the
Eastern/Southeastern portion of Pennsylvania were given
preference over more distant participants in order to reduce
travel time and costs associated with on-site data
collection.
Based upon the selection criteria, approximately 25
physical educators were contacted with a minimum of three
68teachers per school level (high school 9-12, middle school
6-8, and elementary school K-5). If teachers agreed to be
interviewed, phone calls and emails were used to arrange on-
site data collection. If a teacher declined to be
interviewed, the teacher with the next highest score was
selected. Interviews and observations ceased upon either
saturation or completion of the 16th interview. At
saturation, the new information collected repeats previous
data and therefore does not provide additional insights.
Access to the student participants was granted from the
offices of the superintendents. Once school district
approval was granted, students and parents/guardians
completed and returned the assent and consent forms. Only
students who completed the assent and consent forms were
allowed to participate. The elementary (4-5), middle (6-8)
and high school (9-12) student participants were included
when teachers agreed to be interviewed.
Instrumentation
A number of instruments were used in the data
collection for this study. They included two surveys, one
online for selected Pennsylvania physical educators and one
paper-based survey for physical education students.
Interviews with teachers were conducted in a semi-structured
69format using prearranged questions. Also included was the
collection of curricular materials, observations of
classroom instruction, field notes, and a researcher’s
reflective journal.
For the online survey, previous instruments that
focused on the standards and demonstrated both reliability
and validity were sought. However, since no relevant
surveys were located, the researcher was compelled to
develop a new survey (Appendix I). To establish face
validity, the draft survey was evaluated by two faculty
members in the Department of Kinesiology at Temple
University. They were asked to respond to the following
questions regarding the online survey:
1. Are the directions clear and concise? Please
suggest any deletions, additions, or modifications.
2. Does each survey question provide useful data in
answering the research questions? Please suggest any
deletions, additions, or modifications.
3. Are there any additional questions or topics that
should be added to the survey?
4. Please comment on the overall format and question
style of the survey.
70 To measure reliability, a pilot survey was administered
to selected physical education teachers in the state. These
individuals were recruited at the 2005 PSAHPERD convention
in presentations conducted by the researcher. For each
question in the pilot survey, there was another similarly
worded question. Correlational values were calculated
between reflected questions with high values demonstrating
adequate reliability (Thomas & Nelson, 2001). A total of
134 emails were sent inviting teachers to complete an online
pilot survey.
The online survey was comprised of five sections.
Section one included demographic questions such as locale,
size, and number of years teaching. Section two consisted
of 4-point Likert scale questions focused on Pennsylvania’s
physical education standards. Section three entailed a
voluntary open-ended question relating to the standards.
Section four asked the teachers if they would agree to
follow-up interviews. Section five requested the
information to contact the teachers. The survey was
developed by the researcher and hosted by zoomerang.com.
The actual online survey as viewed on the internet consisted
of three separate webpages. The first page was the consent
form, the second was the actual survey, and the third was a
71thank you page (Appendix J). All information submitted by
the participants was collected and transferred into a
zoomerang.com database. Access to this information was
restricted by a username and password known only by the
researcher and administrators of zoomerang.com.
Two student surveys were developed by the researcher
(Appendix K; Appendix L). The first, student survey A, was
used at the high school level while the latter, student
survey B, was used at the elementary (grades 4 and 5) and
middle school level. Face validity was measured in the same
manner as the online teacher survey. Reliability was
likewise determined by a pilot surveys, this time conducted
with students at a large urban high school and middle
school.
The student surveys were comprised of three sections.
The first section collected demographic information.
Section two sought information regarding students’
understanding of the standards themselves, how the standards
were being implemented, and if specific standard-related
content was taught. Section three consisted of an open-
ended response question where students described knowledge
of the standards and how they were being implemented in
class. The student surveys were intentionally shorter than
72the teachers’ surveys since they were being conducted in
class. All student surveys were identical with the
exception of a code printed in the top right corner. The
code consisted of a number (PIAA district), upper case
letter (school district), Roman numeral (school), and lower
case letter (teacher). The code was used to match student
surveys with teachers, school districts, and PIAA districts.
Student names were not collected on the survey.
For the interview and observations, the number of
teacher participants was limited to 16 in order to produce
thick, rich descriptions (Creswell, 1998; Merriam, 1988;
Stake, 1995). A semi-structured interview format was used
to allow flexibility in the question sequence and probing
when necessary. Nineteen interview questions were prepared
with potential probing questions included (Appendix M).
Follow-up questions were used to obtain more detail, focus
the conversation, provide examples, and explore unclear
points. The researcher also had the flexibility to change
the sequence and form of questions in response to
participant answers. According to Merriam, “this structure
allows the researcher to respond to the situation at hand,
to the emerging worldview of the respondent, and to new
73ideas on the topic” (1988, p. 74). Interview notes were
taken and used for follow-up questions or later analysis.
The observation form was developed to record notes
during class observations (Appendix N). It was composed of
a checklist of major concepts the researcher should look to
observe.
Data Collection
The online survey participants were comprised of K-12
public school physical education teachers in the
Commonwealth of Pennsylvania. They were initially contacted
via emails inviting them to participate in this research
study. If participants chose to click the hyperlink, they
were directed to the consent form (Appendix O). Those who
agreed to participate clicked the “start survey” icon where
they were directed to the online survey which took
approximately 5-15 minutes to complete. After submitting
the survey, they were thanked for their participation and
reminded that they would receive an email providing a
summary of the results (Appendix P). Participants were not
permitted to directly access the survey by typing the web
address into the address bar. Participants were forced to
view the consent page and click “Start Survey” prior to
beginning the survey.
74Based on information supplied in the online survey,
potential interview participants were ranked according to
criteria explained earlier and contacted using the
information provided in the online survey. After scheduling
dates for on-site data collection, both parties met at the
teachers’ workplaces prior to the start of classes.
Therein, the participants completed a consent form (Appendix
Q). The researcher observed two or three classes as a non-
participant observer, conducted interviews during teachers’
“prep” period, and collected materials relating to the
standards such as lesson plans and assessments. If two
teachers were recruited from one school, a second day of
non-participant observations and a second interview with the
other teacher were scheduled. Field notes were written
during on-site data collection and a researcher reflective
journal was written after the conclusion of on-site data
collection but before the researcher departed the vicinity
of the school.
The qualitative data collection involved multiple
sources of data because conclusions are “more convincing and
accurate if based on several different sources of
information” (Yin, 1994, p. 92). If possible, the
observations preceded the interview to help the researcher
75and teacher acclimate to one another and provide observable
material for asking questions during the interview. Prior
to the beginning of the interviews, briefing sessions
oriented the teacher to the study. Briefing sessions
explored the context and purpose of the study, described the
course of the interview procedures, stated that the
interview would be audio-recorded, expressed the
confidentiality of all participants, and permitted the
subject to ask any questions. The initial part of the
interview was conversational in nature and helped to ensure
an atmosphere of trust and mutual exchange (Kvale, 1996).
A semi-structured interview format was used where the
researcher used a series of pre-arranged questions (Patton,
1990; Rubin & Rubin, 1995). Questions were exploratory and
generally began with “who,” “what,” “where,” “why,” and
“how” (Yin, 1994, p. 5). Debriefing transpired at the end
of the interviews in which the researcher summarized the
main points of the interview and solicited comments or
questions from the participant (Kvale, 1996). If the
participants introduced additional comments, they were
incorporated into the study. A transcript of the interview
was emailed to all teachers to improve validity. Teachers
76were asked to confirm receipt of the interview transcript
and indicate any possible transcription errors.
Field notes were taken during the interview and were
used to supplement the data, make comments, observe patterns
or trends, frame future questions, and seek clarification.
Field notes were also recorded immediately following the
conclusion of the interview in order to record reflections
(Patton, 1990). Merriam (1988) stated that “post interview
notes allow the investigator to monitor the process of data
collection as well as begin to analyze the information” (p.
82). Field notes also provided evidence of remarks said
before or after an interview and aided in member-checks
(Patton, 1990; Rubin & Rubin, 1995).
Non-participant observations were conducted during the
participants’ physical education classes. The researcher
did not interact with the class in any manner and it was the
discretion of the teacher to explain the presence of the
researcher. Observations were incorporated because
interview statements and survey data did not necessarily
reflect what happened in the classroom. Furthermore, the
researcher could compare oral and written statements to
actual classroom practice. During the observations, the
researcher recorded and made notes on teacher and student
77actions, synchronicity between the lesson plan and its
implementation, the setting, people, conversations, and any
other information deemed pertinent. Bogdan and Biklen
(1992) stated that field notes provide a “written account of
what the researcher hears, sees, experiences, and thinks in
the course of collecting and reflecting on the data” (p.
107). Marshall and Rossman (1995) considered observation:
A fundamental and critical method in all qualitative inquiry: It is used to discover complex interactions in natural social settings. Even in in-depth interview studies, observation plays an important role as the researcher notes body language and affect in addition to a person’s words. (p. 80)
The final method of qualitative data collection was
document analysis. The participants were notified in
advance that certain materials would be collected.
Participants were asked to provide the researcher with
lesson plans, assessments, and other printed materials
related to the curriculum or the Pennsylvania standards for
physical education. In addition, materials on display were
noted by the researcher such as posters, classroom rules,
paintings, and slogans. The intent of document collection
was two-fold, first to gather more information about the
implementation of the standards and second, compare the
espoused curriculum with the overt curriculum (Lincoln &
78Guba, 1985). Document analysis also enabled the collection
of information about topics which could not be observed
(Patton, 1990).
At the conclusion of each day of on-site data
collection, the researcher wrote in a reflective journal to
capture additional insights which may not have been apparent
from the interview transcripts or field notes. These
comments recorded “speculation, feelings, problems, ideas,
hunches, impressions, and prejudices” (Bogdan & Biklen,
1992, p. 121) that may have been overlooked during data
collection.
Upon completion of the interviews and observations, the
researcher provided the teachers with assent and consent
forms (Appendix R) to be completed by the students and their
respective parents/guardians. In the instances where the
superintendents required permission from students and their
parents/guardians for observations, a different assent and
consent form was used (Appendix S). In addition, student
surveys were provided with the stipulation that they be
completed within two weeks by all assenting students.
Students were allotted a maximum of 15 minutes to complete
the survey. Afterwards, the completed student surveys were
placed in a box by students through a small slit opening.
79After the teacher placed tape over the opening, the self-
addressed, stamped box was returned to the researcher.
Multiple methods of data collection were incorporated
to guarantee the validity of the collected materials. For
example, Merriam (1988) stated, “What you get in an
interview is simply the informant’s perception” (p. 84). By
using interviews, observations, and collected materials as
means of data triangulation, the quality of the data could
be determined. Patton (1990) confirmed this by stating:
By using a variety of sources and resources, the evaluator-observer can build on the strengths of each type of data collection while minimizing the weaknesses of any single approach. A multimethod, triangulation approach to fieldwork increases both the validity and the reliability of evaluation data. (p. 245)
Data Analysis
In the analysis of quantitative data, the online survey
scores and student survey scores represented the raw data.
Descriptive statistics such as means and standard deviations
were calculated. Two factor analyses were conducted on the
standards-based Likert scale questions, first for teachers
and then for students. Any factors which coalesced were
tested for significant differences against the demographic
variables such as gender, locale, and school level using
either a MANOVA or ANOVA. Regression analyses were used to
80test the predictive effect of the continuous demographic
variables on the Likert scale responses. Multiple t-tests
were used to test for differences regarding the dichotomous
variables against the Likert scale responses.
In the analysis of qualitative data, the constant
comparative method was utilized to analyze the interview
transcripts and open-ended survey responses (Yin, 1994).
Categories were formed from patterns which emerged from the
data. The formation of preliminary categories, according to
Bogdan and Biklen (1992), begins when “certain words,
phrases, patterns of behavior, subject’s ways of thinking,
and events which repeat and stand out” (p. 166). Typically,
a category emerges from multiple sources of data such as
interviews, observations, and field notes. Pieces of data
were examined, grouped, refined, given a label, and further
examined (Patton, 1990).
The analysis of qualitative data for this study
conformed to standard protocols applicable to qualitative
research. “In qualitative studies, data collection and
analysis go hand in hand. . . . The researcher is guided by
initial concepts and guiding hypotheses, but shifts or
discards them as data are collected and analyzed” (Marshall
& Rossman, 1995, p. 112). This flexible approach allowed
81for an ongoing analysis and concept formation related to the
data.
Method of Verification
Merriam stated (1988) that qualitative research was
“holistic, multidimensional, and ever-changing. . . . What
is being observed are people’s construction of reality, how
they understand the world” (p. 167). Since qualitative
inquiry is less objective than quantitative designs,
additional measures were necessary to verify the accuracy of
the data.
To enhance construct validity, the triangulation of the
following multiple sources of data were used: interviews,
observations, document analysis and field notes (Fielding &
Fielding, 1986). This approach allows the researcher to
critically test material, examine weaknesses, and explore
additional areas of inquiry. Another strategy employed to
aid validity was the use of member checks (Lincoln & Guba,
1985). In member checks, the researcher summarized the
participants’ main points and permitted questions from the
participants. Member checks were also employed by sending
teachers a digital copy of the transcribed interview and
field notes and asking them to verify the accuracy of the
information.
82To test for internal validity, Miles and Huberman
(1994) suggested five safeguards: (a) use triangulation such
that converging data can be established, (b) consider
opposing explanations, (c) verify the accuracy of the
information by the original sources, (d) connect the
categories to the data, (e) and use thick, rich description.
One threat to internal validity specifically addressed was
testing (Thomas & Nelson, 2001). Since interviews with
multiple teachers from the same school district occurred on
successive days, each participant was asked not to discuss
the interview with other teachers until the conclusion of
all interviews.
External validity was defined as the ability to
generalize results to other participants and settings while
excluding potential threats (Thomas & Nelson, 2001).
Unfortunately, due to the nature of qualitative research
methods, external validity was limited (Stefkovich & Guba,
1995). However, the use of multiple case studies did permit
cross-case comparison (Yin, 1994).
Reliability was addressed by having another doctoral
student in the kinesiology department read the interview
transcripts and code the data. In the instances where
discrepancies were recorded, the researcher and the
83secondary coder met to resolve the differences. The
secondary coder also critiqued the coding system and
suggested modifications.
IRB Authorization
This research study was reviewed by members of Temple
University’s Institutional Review Board (IRB). The purpose
of this review was to ensure that the health and wellness of
the participants was properly safeguarded. Temple
University required IRB approval for any research proposal
involving human subjects. The document “Request for
Protocol Review” was submitted in January, 2006. The
protocol was approved with minor revisions in February,
2006. Modifications to the proposal were submitted in
April, 2006 and approved later that month.
Assumptions and Rationale for Qualitative Design
Qualitative methodology permitted the researcher to
examine various research questions in the context in which
they existed, the public schools. The goal was to develop
an in-depth understanding of the context and to develop
meaningful interpretations of the data (Yin, 1994).
Consider the following from Ornstein (1995):
The new emphasis on teaching goes beyond what the teacher is doing and explores teacher thinking from the perspective of teachers and how teachers
84come to know their pedagogy. . . . The new research on teaching relies on language and dialogue, and not mathematical or statistical analysis. (p. 5-6)
Bresler and Stake (1992) identified the following
characteristics of qualitative research: (a) field-oriented
study that relies heavily on observations, (b) data is
primarily collected on-site by the researcher in a
naturalistic setting, (c) descriptive data incorporate
quotations rather than quantitative analyses, (d)
interpretive and inductive processes are used to create
meaning, (e) the findings can be interpreted differently
from person to person, and (f) and the process is evolving
instead of unresponsive.
A multiple case study designed was used for this study
due to the limited number of participants and the
descriptive nature of qualitative research. Case studies
have four salient features, they: (1) incorporate data from
various groups and viewpoints, (2) demonstrate the effect of
personalities, (3) convey the complexity of situations, and
(4) incorporate rich, in-depth material (Stake, 1995).
Beyond a definition, case studies involved “both the process
of learning about the case and the product of our learning”
(p. 237). Descriptive case studies also permit the
85researcher to study phenomena for which quantitative methods
might have been ill suited.
Role of the Researcher
In qualitative designs, the “researcher is the
instrument” of data collection (Marshall & Rossman, 1995, p.
66). The researcher interacts constantly with the
participants and therefore, it us incumbent upon the
researcher to build trust, maintain positive relations,
respect rules and decorum, and maintain ethical standards.
The interactive and personal nature of qualitative research
means that “the conduct of the study often depends
exclusively on the relationships the researcher builds with
the participants” (p. 65). In addition, the researcher
should “possess the skills of easily conversing with others,
being an active and thoughtful listener, and having
empathetic understanding . . . for the perspectives of
others” (p. 65).
Besides being the primary instrument of data
collection, the researcher is also the vehicle for data
analysis. This dual role therefore interjects ethical,
interpersonal, and technical issues not found in
quantitative designs (Marshall & Rossman, 1995). According
to Merriam (1988), researchers have opportunities to exclude
86data that contradicted the researcher’s views. However,
researchers should have considered all viewpoints equally,
regardless of position. Member checks and peer reviews can
be conducted to synchronize the analysis with the data
collected. Therefore, the researcher might approximate the
“lived experiences” of the participants (Yin, 1994, p. 9).
The researcher also had an ethical responsibility to
obtain informed consent form all participants. Locke,
Spirduso, and Silverman (2000), suggested several ethical
guidelines for obtaining informed consent: (1) participants
should be informed of the nature, purpose, and procedures of
the study (2) participants should be informed of all
safeguards taken to protect anonymity, (3) participants
should be given ample time to review and question any
aspects of the informed consent prior to signing, (4)
participants should be made aware of any potential benefit
or harm which may result from participation, (5)
participants may withdraw their consent to participate at
any time, (6) participants should be provided the contact
information of the researcher, and (7) participants should
be made aware of the results of the study. In addition, the
researcher should reveal his own professional status.
87
CHAPTER 4
RESULTS AND DISCUSSION
The purpose of this study was to measure the effect of
the passage of the Pennsylvania standards for physical
education upon its planning, teaching, and assessment in the
public schools. This chapter presents the results and
discusses them. It is subdivided into four major sections:
(a) introduction, (b) teacher online survey, (c) teacher
interview and observation, and (d) student survey.
Introduction
This study featured a mixed method design incorporating
quantitative teacher and student surveys and qualitative
teacher interviews, observations, and field journals. Two
hundred and ninety-two teachers completed the online survey,
16 were interviewed and observed, and 338 completed the in-
class paper survey.
Three methods were used to gather data and the results
are organized sequentially according to the method. The
purpose of the three methods was to analyze the
implementation of the Pennsylvania physical education
standards from different perspectives. First, the online
88survey results were used to examine statewide implementation
of the standards from the teacher perspective. Second, the
interviews, observations, document analysis, and open-ended
online survey results were used to examine what was actually
happening in the classroom from the perspective of the
teachers and the researcher. Finally, the student survey
results were used to examine student perspective on
standards-based classroom instruction and learning.
Collectively, these three methods were used to provide an
accurate picture of the standards in action across
Pennsylvania.
Teacher Online Survey
The online survey for teachers was developed by the
researcher and examined for reliability and validity. The
survey had three major sections: demographic information,
standards-based survey items, and open-ended responses.
The demographic section of the online survey consisted
of 11 demographic survey items addressing the participants,
the participants’ schools, and the participants’ school
districts. In addition to providing information about the
online survey participants, the demographic survey items
were also used to form the dependent and categorical
variables for later statistical analysis. Table 3 includes
89frequency and percentage results for dichotomous and
discrete variables such as gender and professional
membership. The total number of participants solicited was
684, 241 of whom were from rural districts, 213 were from
suburban districts, and 230 were from urban districts.
Table 3. Online Teacher Survey – Frequency Table___________________________________________________________
Group Subset Freq. Perc.___________________________________________________________
Gender Male 145 49.8
Female 146 50.2
School Level Elementary 77 26.4
Middle School 64 21.9
High School 98 33.6
Multiple 53 18.2
Locale Rural 143 49.4
Suburban 108 37.4
Urban 38 13.1
Supervisor Yes 123 42.7
No 165 57.3
Chair Yes 175 60.3
No 115 39.7___________________________________________________________
90Table 3. (continued) Online Teacher Survey – Frequency
Table___________________________________________________________
Group Subset Freq. Perc.___________________________________________________________
PSSA Below Average 33 11.4
Average 147 50.7
Above Average 110 37.9
PM-AAHPERD Yes 94 32.2
No 198 67.8
PM-PSAHPERD Yes 105 36.0
No 187 64.0
PM-Coa/Assoc Yes 74 25.4
No 217 74.6
PM-NEA/PSEA Yes 184 63.2
No 107 36.8___________________________________________________________Note: PM=professional membership
There are several points of interest from Table 3. The
second item asked participants at which school level they
taught: elementary, middle, or high school. The school
level with the highest number of participants was the high
school level (n = 98) while the school level with the lowest
number of participants was multiple levels (n = 53). Since
an equal number of teachers in each school level received
91emails inviting them to complete the online survey, the
number of responses indicated that high school teachers had
the highest response percentage. This outcome may have
resulted from the fact that high school teachers had greater
access to technology. All of the high school teachers
interviewed in this study had access to computers in their
school offices while only some in the middle and elementary
schools had likewise. In addition, high school teachers
were observed using technology such as pedometers more
frequently than middle and elementary school teachers.
The third item asked teachers to indicate their
school’s locale. The number of rural participants (n = 143)
exceeded the number of suburban (n = 108), and urban (n =
38) participants. The relatively few number of urban
participants may have been due to qualities identified by
Lee (2003) and Gooden (2005): teacher apathy, teacher
burnout, low expectations, teacher effectiveness, and
bureaucracy in large urban districts. For example, teacher
#9a taught at an urban high school where there was no
formalized curriculum, little collaboration, and a
traditional program which focused primarily on sport units.
The fifth survey item asked participants if their
schools had chairpersons for the physical education
92department (Chair). More teachers (n = 175) indicated their
schools had physical education chairpersons compared to the
converse (n = 115). In retrospect, the survey item asking
teachers if their schools had physical education
chairpersons should have been more specific. Therefore, the
information obtained from this item will be carefully
treated in this report. First, elementary schools typically
had one physical education teacher. Therefore, elementary
teachers who taught alone were unsure whether to consider
themselves the chairperson. Second, physical education
teachers often designated the role of physical education
chairperson to the chairperson of the high school physical
education program. Therefore, some teachers indicated there
was a chairperson in their school when they were actually
referencing the chairperson who was located in another
school.
The sixth survey item in Table 3 asked participants to
rate their school districts’ performances on the state PSSA
exams into below average, average, and above average
categories (PSSA). Most teachers reported their school
districts as average (n = 147) or above average (n = 110) on
the PSSA exams. Only 33 teachers indicated their school
district scores were below average. Of those 33 below
93average responses, 24 or 73% were from urban teachers. In
retrospect, this question should have asked teachers if they
would consider their school district as performing at a
basic, proficient, or advanced level. Again however, this
would be a subjective measure, because like below average,
average, and above average since student data, student
performance data varies by school, grade, and subject. In
the 2005-2006 school year, 67.9% of students were proficient
in math and 66.7% were proficient in reading.
The seventh survey item in Table 3 asked participants
if they were members of the following professional
organizations: AAHPERD (PM-AAHPERD), PSAHPERD (PM-PSAHPERD),
Relevant Coaching Association (PM-Coach), and NEA or PSEA
(PM-NEA/PSEA). Fifty-seven teachers belonged to both the
AAHPERD and the PSAHPERD, 37 teachers belonged to only the
AAHPERD, 48 teachers belonged only to the PSAHPERD, and 150
teachers, or just over half, belonged to no physical
education professional organization. The number of teachers
who were members of physical education related professional
organizations was lower than expected. The likely reason
was that teachers must expend personal money to join an
organization. For instance, a one-year AAHPERD professional
94membership costs a minimum of $125 and a one-year PSAHPERD
membership costs $40.
The third question in the professional associations
item asked participants if they were members of any relevant
coaching associations. In retrospect, asking participants
this question without ascertaining if they coached impeded
additional interpretation of the result. Therefore, the 74
participants who were members of a relevant coaching
association could not be compared against the total number
of coaches.
The final question in the professional memberships item
asked participants if they were members of the NEA or PSEA.
The number of NEA and PSEA members was high (n = 184) due to
the fact teachers automatically became members of the NEA
when they joined their respective teachers’ union. The
number of members for this survey item might have been
higher if the American Federation of Teachers (AFT) was
included alongside the NEA as it should have been. This
resulted in an artificially low value for teachers who are
members of education associations. For example, teachers in
one large district recruited for this study become members
of the AFT, not the NEA, when they join the teachers’ union.
95The demographic information for the number of physical
education teachers in a school is displayed in Table 4. The
number of physical educators in a school was skewed towards
smaller numbers such as one or two teachers per building.
There was a relationship between the number of physical
education teachers and school level. For example,
56 of the 67 physical education teachers who taught alone
Table 4. Number of Physical Education Teachers in the School___________________________________________________________
Subset Freq. Perc. Mean Median S.D.___________________________________________________________
3.55 3.00 2.30
One 67 23.0
Two 61 21.0
Three 26 8.9
Four 48 16.5
Five 29 10.0
Six 27 9.3
Seven 11 3.8
Eight 8 2.7
Nine 14 4.8___________________________________________________________
Total 291 100.0___________________________________________________________
96taught at the elementary school level. Conversely, 46 of
the 60 teachers who taught in a school with 6, 7, 8, or 9
physical educators taught at the high school level. In
schools with two physical educators, the percentage of
teachers was approximately evenly split among all four
school levels. In schools with 3, 4, or 5 physical
educators, the percentage of teachers was approximately
evenly split among middle school, high school, and multiple
school levels.
The demographic information for the three survey items
that were continuous, number of years teaching, students per
school, and students per school district, were examined
separately. The first continuous survey item asked teachers
the number of years they had been teaching (YrsTch). The
lowest reported experience was 1 year while the maximum
reported experience was 37 years. The mean number of years
teaching was 15.3 years. The slightly positive skew (0.37)
indicated the distribution was shifted to the left and the
negative kurtosis (-1.27) indicated the distribution was
broad and flattened.
The second continuous survey item asked teachers how
many students were in their schools (Ss/Sch). The school
with the smallest enrollment had 45 students while the
97school with the largest enrollment had 3,500 students. The
school enrollment mean was 857.43. The skew (1.66)
indicated the distribution was shifted to the left and the
kurtosis (4.09) indicated that it was peaked.
The third continuous survey item asked teachers how
many students were in their school district (Ss/Dis). The
school district with the smallest enrollment had 500
students while the school district with the largest
enrollment had 250,000 students. The district enrollment
mean was 20,712.90. The skew (3.06) and kurtosis (7.57)
were large and again indicated the distribution was shifted
to the left and peaked. This distribution reflected the
influence of one school district with a large student
population exceeding 150,000. All demographic information
collected, including enrollment, was subject to teacher
error. The research did not attempt to independently verify
the accuracy of the information but was mindful of
improbable data.
The second section of the online teacher survey was
comprised of 24 Likert-scale survey items addressing the
standards. Participants completed each standards-based
Likert-scale survey item by selecting (1) strongly disagree,
(2) disagree, (3) agree, or (4) strongly agree. A
98Cronbach’s Alpha was used to measure reliability of the 24
items. A coefficient of 0.920 was calculated thus
indicating sufficient reliability for statistical analysis.
Although 292 participants completed the online survey, some
of the Likert-scale survey items had fewer than 292
responses. Participants elected to skip some survey items
resulting in a range of total responses between 286 to 292.
The descriptive statistics for each item and possible
response are included in Appendix T. A condensed display of
the results for the Likert-scale questions is included as
table 5. For each survey item and answer choice, the
frequency and percentage were calculated. In addition, the
mean and standard deviation were calculated. The mean
calculation was important because it indicated the strength
and direction of the participant’s overall response. For
example, if the mean exceeded 2.5, then the overall response
could be considered as an “agree” type of response. If the
mean fell below 2.5, then the response could be considered a
“disagree.” The further the mean was from 2.5, the stronger
the trend in teacher responses. For example, teachers most
strongly agreed with the first standards-based question
regarding familiarity with the standards.
Table 5. Likert-Scale Responses For Standards-Based Questions
99___________________________________________________________
Question Mean SD ___________________________________________________________
Familiarity with standards 3.35 0.71
Standards as lesson plan guide 3.20 0.74
Incorporate standards into teaching 3.23 0.71
Standards are valuable 3.10 0.77
Assessments address the standards 3.03 0.74
Students met grade level standards 2.97 0.70
Enough class time allocated 2.28 0.58
Coordinate with other PE teachers 2.78 0.82
Use professional development 3.02 0.81
More “Physically educated” students 2.59 0.79
Standards reflect adult knowledge 2.88 0.73
Students aware of state PE standards 2.41 0.78
___________________________________________________________
The responses for the survey item number one indicated
teachers were familiar with Pennsylvania standards 10.4 and
10.5. Over 92% of teachers either agreed or strongly agreed
with the statement. In 2002, researchers Borsdorf and
Wentzell asked Pennsylvania physical educators the same
question and recorded that 82% were familiar with the
standards. This difference represented a gain of 10% in
100four years. The probable major impetus for this increase
was likely the passage of the standards by the Pennsylvania
legislature and their implementation in 2003. Since then,
teachers have been required to incorporate the standards
into planning and instruction.
The responses for survey item number two indicated that
nearly 87% of teachers used the standards when creating
lesson plans. Although 87% was a high percentage, it falls
below the 100% required by the legislature. The standards
should pervade the entire curriculum from planning, through
implementation, and finally assessment. As with survey item
1, the mean of 3.2 was considerably above 2.5.
The responses for survey item number three indicated
that over 90% of teachers incorporated the standards into
instruction. However, the qualitative data gathered through
the online survey, interviews, and observations contradicted
this percentage. Many teachers believed they were
addressing the standards when in reality that assertion
might be very questionable. In addition, teachers may have
answered based upon what they believed were administratively
desirable responses. Even though the responses were
confidential, teachers apparently responded according to
what they perceived to be the correct answer. This may be
101due to personal or administrative pressure. This phenomenon
was seen in various survey responses where the online data
were contradicted by qualitative interviews and
observations.
The responses for survey item number four indicated
that over 83% of teachers believed the physical education
standards were valuable. Although 83% was a high
percentage, the fact that 17% of teachers did not believe
the standards were valuable was a concern. The standards
set the basis for instructional content, alignment, and
assessment and should form the foundation of any physical
education program. Therefore, progress needs to be made in
this area.
The responses for survey item number five indicated
that over 80% of teachers planned assessments that addressed
the standards. Like the previous four standards-based
survey items, the mean was over 3.0, indicating considerable
agreement. The question that was raised by this response
was how often and in what manner do the assessments address
the standards. Does an 80% participation rate by the
teachers in assessing the standards mean the assessments
occasionally, sometimes, or often address the standards? Or
do teachers believe that since instruction is based on the
102standards and assessment is based on instruction, that
assessments are based on the standards? Like the fourth
standards-based survey item, additional clarification will
come through the qualitative data discussed later in this
chapter.
The responses for survey item number six indicated that
over 79% of teachers believed their students had met the
grade level standards for physical education. As discussed
previously, Pennsylvania had two physical education
standards, 10.4 and 10.5, six standard statements for grades
3, 6, 9, and 12, and bullets which relate to each standard
statement. Therefore, students in those grades must achieve
the six standard statements and bullets under each standard
to be considered as having met their grade level standards.
For example, standard statement 10.5.9D required that
students be able to “Identify and describe the principles of
training using appropriate vocabulary: specificity,
overload, progression, aerobic/anaerobic,
circuit/interval, and repetition/set.” The problem with
saying that over 79% of students met their grade standards
was that the teachers in this study are not assessing
specific content laid out in the standards. Teachers
generally used anecdotal evidence such as classroom
103observations or limited assessments to reach this
conclusion. One must also question how 79% of students
achieved their grade level standards when only 80% of
teachers planned assessments that addressed the standards.
That would mean that nearly 100% of the students whose
teachers incorporated standards-based assessment had met the
standards. This is highly unlikely especially considering
the standards were implemented in 2003 and students in
grades 6, 9, and 12 needed to make up for lost standards-
based instructional time.
The responses for survey item number seven indicated
that over 60% of teachers believed that not enough time was
allocated for physical education to achieve the standards.
This finding confirmed previous research by Wilkins et al.
(2003) that physical education suffered from a deficit of
instructional time. In Pennsylvania, state law required
school districts to provide physical education each year
during grades K-5. Physical education was also required in
middle school and high school but without a yearly
requirement. State law did not specify the number of
minutes and therefore school districts apportioned them as
they saw fit. However, this allotment was characterized as
insufficient by a majority of Pennsylvania physical
104educators. It was interesting that only 40% of teachers
believed enough time was allocated to physical education but
79% of teachers indicated their students met the standards
(question six). Teachers across all three school levels
(elementary, middle, and high school) believed there was not
enough instructional time devoted to physical education.
Over 70% of elementary teachers, 58% of middle school
teachers, and 54% of high school teachers believed there was
not enough instructional time. Interestingly, 46% of high
school teachers believed there was enough physical education
time even though state law does not mandate yearly physical
education like in grades K-5. Elementary physical
educators, despite having students for six years of physical
education instruction, believed students needed more
instructional time.
The responses for survey item number eight indicated
that over 65% of teachers coordinated with other physical
educators in their districts regarding how to implement the
standards. Previous research had shown that coordination
between teachers improved educational performance (Gogolin,
2005). There were differences between the demographic
groups in reference to coordination between teachers for
gender, school level, locale, and district-level
105supervision. For gender, female teachers coordinated with
other teachers 71% of the time compared to 59% for males.
This might imply that more effort should be made to
facilitate coordination for male teachers. Regarding school
level, high school teachers (72%) coordinated more than
elementary (63%) or middle school teachers (60%) but this is
likely a function of teaching in a large department. Middle
school teachers, despite generally having larger departments
than elementary schools, had less coordination. Regarding
locale, rural (69%) and suburban (66%) teachers coordinated
more than urban teachers (50%). Regarding district-level
supervision, the presence of a supervisor (66%) only
modestly increased coordination over the absence of a
supervisor (62%). One would hope that having a district-
level physical education supervisor would have considerably
increased teacher coordination. Since this was not the
case, one might examine further how supervisors viewed and
enacted their roles in coordinating teaches.
The responses for survey item number nine indicated
that over 77% of teachers used workshops and professional
development to improve their knowledge of the standards.
However, during the course of the qualitative interviews, it
was noted that few teachers, certainly not 77%, participated
106in workshops and professional development. In not one of
the nine school districts interviewed were workshops or
professional development offered related to the physical
education standards. The only structured events related to
the PE standards occurred at physical education conferences.
It was likely that the 77% of teachers who agreed with the
statement were addressing department meetings with other
physical educators in which the standards might have been
addressed. Or they were referring to general standards-
based professional development and not the physical
education standards.
Survey item number 10 asked teachers the same
information as survey item number six. As discussed in
chapter 3, the purpose of creating two survey items
addressing the same topic, known as reflecting questions,
was to measure reliability. Survey items 10, 13, and 15-24
were reflected versions of other survey items. The
reflected questions will not be discussed except in the
cases of numerically important differences.
The responses for survey item number 11 indicated that
over 57% of teachers believed the standards were making a
difference in how “physically educated” students were. The
mean of item number eleven was 2.6, which indicated that
107teachers were nearly neutral about the impact of the
standards on student learning. This contrasted highly with
answers from the previous survey items: 92% were familiar
with Pennsylvania standards, 87% used the standards when
creating lesson plans, 90% incorporated the standards into
instruction, 83% believed the physical education standards
were valuable, 80% planned assessments that addressed the
standards, 79% believed their students had met the grade
level standards, 65% coordinated with other physical
educators in their district, and 77% used workshops and
professional development to improve their knowledge of the
standards. If teachers believed the standards were not
making a difference, then why were responses to the other
items considerably higher? Further research is needed to
investigate the rationale for the teachers’ sentiments and
explore how the standards can make more of a difference.
The responses for survey item number 12 indicated that
over 75% of teachers believed the standards reflected
knowledge and skills that will be useful to students as
adults. A plausible explanation for the 25% who disagreed
with the usefulness of the standards can be drawn from the
qualitative interviews. Teachers believed that the
biomechanical principles were tangentially related to
108physical education and that the standards were too
cognitively focused.
The responses for survey item number 14 indicated that
over 46% of teachers believed their students were aware of
the state standards for physical education. This
contradicts the 90% of teachers who stated they incorporated
the standards into instruction. Clearly, some of the
teachers responses are inaccurate, most likely the responses
to question 3. The standards did more than guide
instruction and assessment; they promoted the credibility of
physical education and enhanced our standing among other
school subjects (Petersen et al., 2002). Despite this
importance, only 46% of teachers believed their students
were aware of the standards. This may have promoted the
idea that physical education was about games, not real
learning, and therefore subject to reduced instructional
time (Jeffries, 1996). Teachers needed to enhance
visibility and usage of the standards. However, the
qualitative interviews indicated that teachers believed that
appraising students of the standards was not necessary. The
standards were used for planning lessons, units,
assessments, and other curricular materials.
109The second phase of analyzing the responses to the
online standards-based survey items utilized more powerful
statistical analyses such as factor analyses, t-tests,
ANOVA’s, regressions, and correlations via the SPSS
(Statistical Package for the Social Sciences). The first
step was to conduct an analysis on the 24 Likert-scale
survey items and determine factors. This analysis yielded
five factors with eigenvalues over 1.0. The percentage of
variance explained by each factor and the total variance
accounted for is presented in Table 6.
Table 6. Online Survey Factor Analysis - Variance Explained
___________________________________________________________
Factor Eigenvalue % of Variance Total Variance___________________________________________________________
1 9.03 37.64 37.64
2 2.21 9.21 46.85
3 1.93 8.04 54.89
4 1.76 7.34 62.23
5 1.26 5.28 67.51
___________________________________________________________
The eigenvalues are also displayed in the following
scree plot (Figure 1). Factor 1 had the highest eigenvalue
and therefore the highest percent of variance explained.
110After factor 5, the difference between factors in terms of
eigenvalues and percent variance explained was negligible,
thus resulting in no additional factors. These results
suggested the survey had sufficient construct validity
required for the upcoming set of quantitative analyses.
Figure 1. Scree Plot for Online Survey Scree Plot
Component Number
2321191715131197531
Eig
enva
lue
10
8
6
4
2
0
Component Number
Following the establishment of five factors, the
component matrix was analyzed so that the highest load
values for each survey item were assigned to one of the
factors (Appendix U). No load scores were assigned to
factor three and therefore it was eliminated. Of the 24
load scores (one for each survey item) factor 1 had the
majority (16) of high load values, factor 2 had four high
load values, factor 4 had two high load values, and factor 5
Eigenv
alue
s
111had two high load values. By examining the relationship of
the survey items assigned to each factor, labels were
assigned to the interpretable factors:
1. Factor 1 – Teacher knowledge and incorporation of
standards into the curriculum (1TKI).
2. Factor 2 – Student achievement of grade level
standards (2SAc).
3. Factor 4 – Student awareness of Pennsylvania state
standards for physical education (4SAw).
4. Factor 5 – Teacher coordination with other district
physical education teachers (5TCo).
The factor analysis also created factor scores for each
factor and online survey participant. These factor scores
made it possible to compare demographic groups such as
school level to the factors. As discussed in chapter 3, in
cases where a significant result (p < .05) occurred, the
practical significance was also calculated. The purpose of
calculating the practical significance was to determine what
percentage of the variance in the dependent variable could
be accounted for by the independent variable. A generally
accepted threshold for achieving practical significance is
10% (D. Fitt, personal communication, March 9, 2004).
However, when the practical significance falls below 10%, it
112means the results should be interpreted with caution. There
still may be important findings that can be gleaned from the
significant results that were obtained.
The presentation of statistical analyses was organized
in the same sequences as before. First, discrete variables
such as gender and locale were examined, followed by
continuous variables such as number of years teaching and
number of students in a school.
A t-test was calculated on gender to test for
significant differences between males and females on the
factors. The results indicated that three factors were
significant (Table 7). Analysis of the means indicated that
female teachers believed they had significantly higher
knowledge and incorporation of the standards than male
teachers (Factor 1TKI). Female teachers indicated that
students had significantly higher awareness of the standards
(Factor 4SAw). Female teachers indicated significantly
higher levels of teacher coordination than
male teachers (Factor 5TCo). Since three significant
differences resulted, the practical significance (Eta) was
Table 7. t-test - Gender X Factor Scores ___________________________________________________________
Factor t df Sig. Eta___________________________________________________________
1131TKI -2.16 242 0.03* 1.89%
2SAc 1.84 242 0.06
4SAw -2.29 242 0.02* 2.11%
5TCo -2.09 242 0.04* 1.77%___________________________________________________________*p < .05
calculated for each. In all three cases (1.89%, 2.11%, and
1.77%), the practical significance value was below 10%.
A one-way ANOVA was performed to test for differences
between teacher school level and the factors. The results
indicated a significant difference for factor 2 only;
F(3,241) = 3.244, p < .05. (Table 8). A post-hoc analysis
using Tukey’s HSD was calculated. However, Tukey’s HSD, a
fairly liberal post-hoc test, did not identify the source of
the significant difference. When Tukey’s HSD fails to
determine the source of the significant difference, one
plausible explanation might be a type I error. Since none
of the factors were statistically significant, the practical
significance was not calculated.
Table 8. ANOVA - School Level X Factor Scores ___________________________________________________________
Factor Source SS df MS F P Eta___________________________________________________________
1TKI Between 2.14 3 0.71 0.71 0.55
114
Within 241.86 241 1.00
2SAc Between 9.47 3 3.16 3.24 0.02*
Within 234.53 241 0.97
4SAw Between 5.96 3 1.99 2.01 0.11
Within 238.04 241 0.98
5TCo Between 2.21 3 0.74 0.73 0.53
Within 241.79 241 1.00
___________________________________________________________*p < .05
A one-way ANOVA was performed to test for differences
between locale and the factors. The results indicated a
significant difference for factor 2; F(2,239) = 7.857, p
< .05, and for factor 5; F(2,239) = 3.060, p < .05 (Table
9).
Tukey’s HSD indicated that teachers believed students in
rural and suburban schools scored significantly higher than
students in urban schools on student achievement of grade
level standards. Although the practical significance was
below 10%, 6.17% was the highest value recorded for the
115Table 9. ANOVA – Locale X Factor Scores ___________________________________________________________
Factor Source SS df MS F P Eta___________________________________________________________
1TKI Between 4.16 2 2.08 2.08 0.13
Within 239.30 239 1.00
2SAc Between 15.04 2 7.52 7.86 0.00* 6.17%
Within 228.73 239 0.96
4SAw Between 0.26 2 0.13 0.13 0.88
Within 241.20 239 1.01
5TCo Between 6.06 2 3.03 3.06 0.05* 2.50%
Within 236.63 239 0.99
___________________________________________________________*p < .05
online teacher survey. Previous research has documented
significant negative achievement differences for urban
schools compared to suburban and rural schools (Everhart &
Vaugh, 2005). For the second significant factor, teacher
coordination, Tukey’s HSD indicated that rural schools
scored significantly higher than urban schools. The
practical significance was substantially below 10% (2.50),
thus indicating that although statistical significance was
achieved, the results lacked practical significance.
116A t-test was used to examine the effect of the presence
or absence of a district-level supervisor of physical
education against the four factors (Table 10). The results
yielded one significant difference. Teachers
Table 10. t-test – District PE Supervisor X Factor Scores ___________________________________________________________
Factor t df Sig. Eta___________________________________________________________
1TKI 1.09 240 0.28
2SAc -2.35 240 0.02* 2.25%
4SAw -0.35 240 0.72
5TCo 0.77 240 0.45___________________________________________________________*p < .05
in school districts that had district-level supervisors of
physical education indicated that students had significantly
lower achievement of grade level standards compared to
districts that did not have a supervisor. This finding
suggested, according to teachers, that supervisors of
physical education retarded student achievement. Clearly,
these findings reflected the ambiguity regarding individuals
who supervised physical education programs. In some
districts, teachers were uncertain if there was a
supervisor. In others, supervisors had no real authority
117over instruction. Their roles were more advisory than
supervisory. In other districts, supervisors taught their
physical education classes as well as supervised other
teachers. The role of supervisors will be discussed in
greater detail in the qualitative section. The practical
significance was calculated at 2.25% and was below the
recommended 10%.
A t-test was used to examine the effect of chairpersons
for physical education departments against the four factors
(Table 11). As discussed earlier, this question was open to
misinterpretation by elementary school teachers who were the
only physical educator in a school. In addition, teachers
who taught at multiple levels might have answered for any
one of their positions. Therefore, for the statistical
analysis, teachers who taught in elementary school or at
multiple levels were excluded. Consequently, the analysis
examined whether the presence of a chair of physical
education in middle or high school significantly affected
the factor scores. No significant relationships existed
between the presence of a chair of physical education and
the factor scores.
118Table 11. t-test – Middle or High School Chair X Factor
Scores ___________________________________________________________
Factor t df Sig. Eta___________________________________________________________
1TKI 0.53 132 0.60
2SAc -0.35 132 0.73
4SAw -1.24 132 0.22
5TCo -0.95 132 0.34___________________________________________________________*p < .05
A one-way ANOVA was used to test for differences
between the factor scores and PSSA performance. Teachers
were asked to classify their schools into one of three
categories according to perceived PSSA performance, below
average (n = 30), average (n = 120), or above average (n =
93). The ANOVA yielded one significant difference for
factor 5; F(2,240) = 3.836, p < .05 (Table 12). Tukey’s HSD
was used to analyze the source of the significant
difference. Teachers indicated that school districts whose
students scored above average on the PSSA exams had
significantly more coordination between physical
educators than existed in some below average school
districts. The practical significance was calculated at
3.10% and was below the recommended 10%.
119Table 12. ANOVA - PSSA Scores X Factor Scores ___________________________________________________________
Factor Source SS df MS F P Eta___________________________________________________________
1TKI Between 0.31 2 0.16 0.16 0.86
Within 240.15 240 1.00
2SAh Between 5.43 2 2.71 2.73 0.07
Within 238.49 240 0.99
4SAw Between 1.97 2 0.98 0.98 0.38
Within 241.98 240 1.01
5TCo Between 7.53 2 3.74 3.84 0.02* 3.10%
Within 235.49 240 0.98
___________________________________________________________*p < .05
Teachers were asked in the online survey to identify
the professional organizations to which they were members
from the choices provided. Unlike previous online survey
items, teachers could check all that applied from the
following choices: AAHPERD, PSAHPERD, a relevant coaching
association, or the NEA/PSEA. Teachers’ responses ranged
from zero four memberships. The total number of teacher
professional memberships was tested for differences against
the factor scores (Table 13).
120Table 13. ANOVA – Total Memberships X Factor Scores ___________________________________________________________
Factor Source SS df MS F P Eta___________________________________________________________
1TI Between 6.97 4 1.47 1.77 0.14
Within 237.03 240 0.99
2SAc Between 3.01 4 0.75 0.75 0.56
Within 240.99 240 1.00
4SAw Between 2.60 4 0.65 0.65 0.63
Within 241.40 240 1.01
5TCo Between 10.85 4 2.713 2.79 0.03* 4.45%
Within 233.15 240 0.97
___________________________________________________________*p < .05
There was one violation of the test for homogeneity of
variance for factor 1, teachers knowledge and incorporation
of the standards. However, the ANOVA is a robust test and
the analysis was continued. The results indicated there was
one significant difference for factor 5. However, Tukey’s
HSD could not determine the source of the significant
difference. When Tukey’s HSD fails to determine the source
of the significant difference, one plausible explanation
might be a type I error. The low signal detection may also
suggest an area of more precise research. The practical
121significance was calculated at 4.45% and was below the
recommended 10%.
A regression analysis was used to examine the
relationship between the number of physical education
teachers in a school and the factors. Among the hundreds of
regression calculations, only two were significant. Due to
the large number of calculations, it was likely these
significant differences were the result of chance and not
definitive patterns in the data. These significant results
most likely represented a type I error and, therefore, no
relationship existed between the number of physical
education teachers and the factors.
A correlation was used to examine the relationship
between the number of years teaching and implementation of
the standards. Two significant correlations resulted, one
for factor 1 (r = -0.20) and another for factor 3 (r = 0.19)
(Table 14). The first significant correlation indicated
that the greater the teaching experience, the less
knowledgeable the teacher was about the standards and the
less those standards were incorporated into instruction.
The practical significance for 1TKI was 4.00%. The second
significant correlation indicated
122Table 14. Correlation - Years Teaching X Factor Scores___________________________________________________________
1TKI 2SAc 3SAw 5TCo___________________________________________________________
r (correlation) -0.20* -0.06 0.19* -0.02
r2 (practical) 4.00% 3.61%___________________________________________________________*p < .05
that the greater the teaching experience, the greater
students were aware of the standards. The practical
significance for 3Saw was 3.61%. The two significant
correlations for number of years teaching seemed to
contradict one another. As the number of years teaching
increased, teacher knowledge and incorporation of the
standards decreased while student awareness of the standards
increased.
Correlations were also performed examining the
relationship between the number of students in a school and
the number of students in a district to the factors. No
significant relationships resulted for the number of
students in a school. Two significant relationships
resulted at a .05 alpha level for the number of students in
a district against factor 1 (r = -0.15) and factor 2 (-0.22)
(Table 15).
123Table 15. Correlation – Ss/Sch and Ss/Dis X Factor Scores___________________________________________________________
Source 1TKI 2SAc 3SAw 5TCo___________________________________________________________
Ss/Sch -0.08 -0.00 0.10 -0.09
Ss/Dis -0.15* -0.22* -0.00 -0.16
r2 Ss/Dis 2.22% 4.71%___________________________________________________________*p < .05
The practical significance was calculated at 2.22% for 1TKI
and 4.71% for 2Sac; both were below the recommended 10%.
At the conclusion of the online teacher survey, there
was an open-ended response section (Appendix V). The
purpose of the open-ended response section was to collect
qualitative information and provide a more holistic picture
of how teachers were implementing the standards. The open-
ended response section asked teachers to “Please describe
how you integrate the standards into your entire physical
education program (planning, teaching, assessing, other).”
The qualitative data from the open-ended response questions
were analyzed with the qualitative data from teacher
interviews and observations for several reasons. First, the
power of potential findings increased due to the summation
of the data. Second, the two sources of qualitative data
could be used to validate one another. Third, by combining
124data, a more holistic picture could be formed of standards
implementation in the public schools.
Teacher Interview, Observation, and Document Analysis
The online survey represented the first phase of data
collection for this research study. The second phase used
qualitative interviews, observations, document analyses,
field notes, and reflective journals to analyze the
implementation of Pennsylvania standards for physical
education. A total of 16 teachers were selected for on-site
data collection based upon the criteria established in the
methods section. The demographics of the 16 teachers
selected for on-site data collection are indicated in Table
16. The total number of male (n = 7) and female (n = 9)
participants was comparable. The total number of elementary
(n = 5), middle (n = 4), and high school (n = 5)
participants was comparable. The number of teachers who
taught at multiple school levels was two. The total number
of rural (n = 7), suburban (n = 7), and urban (n = 2)
participants was not comparable. The smaller number of
urban participants for the qualitative section could be
attributed to several factors. First, the pool of urban
teachers from which the interview participants were
125Table 16. Demographics of Interview Participants ___________________________________________________________
Tchr Gndr # of Grade Locale # of SchoolYears Level PE Enroll-Teach- Teach- ment ing ers
___________________________________________________________
1a F 21 Elem. Suburb 1 180
1b F 10 High Suburb 2 400
1c F 8 Middle Suburb 2 470
2 M 8 Elem. Rural 1 575
3 F 2 Middle Rural 2 650
4a M 7 Mult. Rural 2 470
4b M 2 Mult. Suburb 2 500
5a M 15 High Rural 5 1200
5b F 9 Elem. Rural 1 241
6 F 5 High Rural 2 350
7a M 1 Middle Suburb 3 600
7b F 3 Elem. Rural 1 200
8a F 26 High Suburb 7 1700
8b M 9 Elem. Suburb 1 740
9a F 29 High Urban 6 1400
9b M 2 Middle Urban 2 600
___________________________________________________________Note: M = male, F = female, Elem. = elementary school (K-5), Middle = middle school (6-8), High = high school (9-12), Above = above average, Avg. = average, Below = below average, NR = no reply
126Table 16. (continued) Demographics of Interview
Participants ___________________________________________________________
Tchr Dis- Super- Chair PSSA Totaltrict visor Scores Mem-Enroll- ber-ment ships
___________________________________________________________
1a 4000 No No Above 1
1b 3600 Yes Yes Avg. 1
1c 5500 No Yes Above 2
2 1000 No No Below 2
3 1850 No No Above 1
4a 1020 No Yes Below 2
4b 700 No Yes Below 4
5a 1800 Yes Yes Above 0
5b 3500 No Yes Avg. 1
6 1200 No No Avg. 1
7a 1200 Yes Yes Below 1
7b 2400 No No Avg. 2
8a 7000 No Yes Above 1
8b 6000 Yes No Above 1
9a NR No Yes Below 1
9b 200,000 Yes Yes Avg. 2
___________________________________________________________Note: M = male, F = female, Elem. = elementary school (K-5), Middle = middle school (6-8), High = high school (9-12), Above = above average, Avg. = average, Below = below average, NR = no reply
127selected was smaller. A total of 143 rural, 108 suburban,
and 38 urban teachers completed the online survey. Second,
eight urban teachers agreed to be contacted for a possible
follow-up interview. Third, only three urban teachers
scored high enough on the survey to be considered interview
candidates. Finally, two cooperated with the interview
scheduling process and were interviewed.
To enhance teacher confidentiality, all teachers were
assigned a number corresponding to the order in which they
were interviewed. When multiple teachers were interviewed
from one district, a letter was assigned as well. For
example, teachers 1a, 1b, and 1c were from the same school
district whereas teachers 2 and 3 were from different school
districts. In order to provide additional background
information and aid research transparency, the participants’
responses to all online survey items were included as
Appendix W. All interviews were transcribed and are
included as Appendix X. The interviews and open-ended
responses yielded a large volume of qualitative data that
were analyzed using the constant comparison method.
Therein, the following major themes were developed: (a)
background, (b) standards competence, (c) curriculum
development, (d) standards implementation, and (e)
128organizational promotion and constraint (Table 17). The
major themes were organized in a logical order, the first
being background, which asked teachers what they thought of
the standards. The second major theme, standards
competence, addressed what teachers knew about the
standards. The third theme, curriculum development,
addressed how teachers created physical education curricula
while addressing philosophical, organizational, and
coordination factors. The fourth theme, standards
implementation, examined how the standards manifested
themselves in classroom instruction, assessment, and student
knowledge of the standards. The final major theme,
organizational promotion and constraint, examined what
factors helped and hindered the implementation process.
Several sub-themes were also formulated. All sub-themes
related to the major theme and were assigned using the
constant comparison method.
129Table 17. Major Themes and Sub-Themes___________________________________________________________
Major Theme Sub-theme___________________________________________________________ 1. Background Value
Purpose of the standards
Likes and dislikes
2. Standards competence Knowledge of the standards
Educating oneself
Professional development
Administrative influence
3. Curriculum development Philosophy of department
Coordination
Curricular organization
Coverage of standards
4. Standards implementation Instruction
Assessment and achievement
Student knowledge
5. Organizational promotion Time in PE and constraint
Administration___________________________________________________________
130Background
The first major theme, background, was important
because teachers’ perceptions of the standards affected how
they were implemented. Teachers who did not believe in the
standards, regardless of how competent they were with them,
were more likely to be ineffectual. In the online survey,
83% of teachers indicated they value the standards. The on-
site data collection confirmed this finding on multiple
levels. Primarily, the standards presented teachers with
goals and objectives that helped organize the curriculum.
For example, teacher #9a stated, “They’re like the ideal you
want to shoot for depending on where you are.”
Although a few teachers found some standards too
difficult to achieve due to perceived limitations, they
valued the guidance the standards provided. According to
teacher #9b, “It gives you guidance on how to go about
creating . . . physically active environments for our
students.” Teachers also believed that the standards helped
move physical education beyond past perceptions of merely
rolling out the ball. Teacher #8a stated “I think they’re
valuable, particularly in phys ed; [they prevent] us from
throwing out the ball.” Petersen, Cruz, and Amundson (2002)
also noted that the standards compelled more teachers to
131teach and provided an impetus for change. According to
teacher #8b, “They’re valuable as a guide
. . . to get everyone in the right direction.” Only one
teacher voiced the idea that the standards are an education
fad that will fail. Teacher #3 stated “[The standards] will
come around and then go away.”
Teachers perceived that the primary purpose of the
standards was to unify the curriculum across the state such
that schools were teaching similar content. According to
teacher #9b, “Without it [the standards], you’re kind of
freelancing.” Teacher #7b stated, “I think they provide
uniform and consistent instruction across the state.”
Teacher #8a stated, “I think [the purpose of the standards
is] to make everything consistent. So every student is
pretty much learning the same thing and decided, this, this,
and this, are important things to learn.”
Another perceived purpose of the standards was to
prevent the instructional time allocated physical education
from being further eroded. By creating uniform expectations
of student learning, physical education could enhance its
role and justification in the school curriculum. The
standards also helped guide curriculum development including
132lesson plans, unit plans, and curriculum plans. According
to teacher #7b:
[The standards form] the basis of what should be taught in an ideal program. . . . I’d hate to think what it would’ve been like without the standards, without some objective, ‘This is what we’re aiming for’. . . . It also lends credibility to what we’re doing; this is what we’re teaching, this is why we need time.
The standards also served the purpose of creating a
basis for assessment. By using the standards to design
curriculum, create lessons, implement the lessons, and
assess the same material, better alignment could be achieved
(Tannehill, 2001). Teacher #8a stated, “We can start in
kindergarten and go up to . . . the exit and say every
student should know this, this, and this; we won’t have so
much overlap.”
The standards also served the purpose of exposing
teachers or schools that are not adequately meeting the
standards. For example, if a middle school teacher
discovered that the majority of students did not comprehend
the FITT principle (frequency, intensity, time, and type),
this meant that elementary school physical educators were
not properly instructing or assessing the concept. In the
past, the FITT principle was not required to be addressed at
a specific level and therefore a lack of student knowledge
133was not considered a cause for concern. By having
standards, teachers knew when concepts should be taught and
who was generally responsible. As teacher #8a indicated,
“Are we really teaching students certain movements in
elementary because we continue to have to teach it?”
Teachers expressed a myriad of other positive and
negative opinions about the standards. First, the standards
helped focus students on the essential concepts in physical
education. For example, teacher #1a indicated that “By
having standards, by having rubrics and things, I think it
focuses them [students] better and . . . they know what the
critical elements of different skills are.” Second,
teachers could create standards-based assessments that gave
students goals and helped improve accountability. According
to teacher #1a, “Oh my assessments have totally [changed]; I
have rubrics for each one.” Third, the standards helped
physical educators feel more connected to other teachers
around the state and to part of the larger whole. These
perceptions were more prevalent among elementary physical
educators because they often lacked coordination with other
physical educators in a district. Teacher #9a stated:
When you’re out there in an elementary school, you’re out there by yourself . . . there’s no supervisor coming around, there’s no meetings of elementary schools, [no colleagues saying] I tried
134this, it went great. You know, you’re on your own; it [the standards] kind of makes you feel like you’re in line with what everybody’s doing.
Teachers also spoke positively regarding the breadth of
concepts that the standards addressed. According to teacher
#9a, “I liked the fact it was pretty inclusive of
. . . a range of things. It wasn’t just one thing.” Online
participant #139 indicated, “What is nice about the
Health/P.E. standards, is that the standards cover a wide
variety of topics.” The standards also served as a vehicle
to educate parents, administrators, and students about
physical education, that physical education is valuable,
that it has objectives, and that real learning takes place.
As online participant #44 indicated, “At the elementary
level I don't think my students care about standards. . . .
When I do discuss what they are learning outside of the
skills for the lesson they [students] are surprised that
P.E. is considered a class where learning occurs,”
Teachers also spoke positively that the standards
helped teachers quantify student learning through
assessment. By demonstrating student learning, physical
educators decreased the likelihood instructional time
allocations would be reduced or eliminated. As teacher #7a
135indicated, “Maybe subject content justification. There’s
fears, there’s always fears phys ed is going to go away.”
Since the standards delineated what content students
should be mastering, the question could be asked whether
physical education is allocated enough time to accomplish
the standards. In 2006, Pennsylvania required school
districts to provide physical education yearly during grades
K-5 and once during middle school and high school. The
state did not specify the amount of class time in minutes.
According to online participant #44, “I like the idea of
standards because it shows other people that there is a need
for health and physical education. There is not enough time
to teach everything.” The standards also served to
determine if teachers were using instructional time wisely.
According to teacher #4a, “They are helpful in giving
yourself a self-check. Are you doing something valuable or
is this just playtime?”
Of course, there were certain aspects of the standards
teachers would like improved. In particular, teachers
consistently identified an over-reliance on cognitive
information and questioned the presence of the science-based
standards. For example, teacher #7a stated, “Some of the
standards are difficult to reach or not particularly related
136to physical education . . . like the physics kind of makes
it a bit different.” Teacher #7b stated:
I think the state standards are a little light on physical development; I think heavy on cognitive. . . . I like the standards but I think some of the cognitive standards are hard to implement and I think, even in a perfect world, the biomechanical ones, biomechanical analysis, and Newton’s Laws are going to be tough. . . . I think people see that standard and they get stuck on “We can’t do this because of this.” They think it’s too hard and they throw the baby out with the bathwater. I mean, there’s individual responsibility there, but I wish those standards weren’t there.
Teachers wanted more emphasis on physical activity, motor
skills, and movement patterns such as those included in
NASPE standard one (Collier & Oslin, 2001).
Another major criticism was that the standards are too
vague. Although teachers appreciated the breadth of what
the standards encompass, they wanted more specific direction
on what to teach. According to teacher #8b, “I dislike the
vagueness. . . . I think I can truly get any equipment out
of the room over there and say I’m meeting a standard . . .
there’s a lot of room under each standard.” Online
participant #37 stated, “I feel the standards are too broad
and not very helpful. More work needs to be done to have
the standards . . . be more specific.” Online participant
#30 stated, “Many of the standards are wide and can be
137twisted to cover whatever curriculum you are utilizing.”
Finally, teacher #8a indicated, “Those two [standards],
shared responsibility and open communication, what is that,
goal setting? . . . Those two are a little too vague.”
Conversely, some physical educators viewed the
broadness of the standards as a strength. However, there
were considerably fewer comments supporting this sentiment.
According to teacher #8b, “There’s a lot of room under each
standard. Well this is the way I’m doing this standard.
Meanwhile, some other teachers interpret them a different
way. At the same time, that may be strength, flexibility.”
Broad standards allowed teachers flexibility in how to
create the curriculum and it is this flexibility that mutes
criticism regarding the perceived imposition of a national
curriculum (Holley, Clarke, Pennington, & Aldana, 2003).
The structure of the standards drew some negative
feedback due to the benchmark grades being distributed every
three years (grades 3, 6, 9, and 12). Some teachers
believed they had to extrapolate too much of the content and
preferred the benchmark grades be distributed every two
years (grades 2, 4, 6, 8, 10, and 12). As teacher #7b
stated, “I wish the standards were more specific by grade
level. I think it’s good they’re not; I see why it’s
138written that way. I wish they had something between 3 and 6
and between 6 and 9.”
A small percentage of teachers believed the standards
were too specific and limited teacher flexibility.
According to online participant #78:
The problem is that they [the standards] get more specific, more specific, more specific that the state might as well tell you what game/activity to play. . . . Are they important, yes! Should they be this detailed, I feel no . . . for people who have been around sport, are athletes/former athletes, and coaches, the standards take away their ability to be creative.
Although the standards provided structure and may reduce
flexibility, previous research demonstrated that curricular
problems stem more from teachers abusing flexibility to
create poor programs than chafing under too much guidance
(Rink et al., 2002).
Standards Competence
The second major theme addressed teachers’ standards-
based competence and how teachers accumulated that
knowledge. By examining how teachers learned to use the
standards, effective strategies could be enhanced and
obstacles remediated for the instruction of other teachers.
Teacher knowledge of the standards was consistent; they
knew the major standard numbers (10.4 and 10.5) and/or
headings but not the specific standard statements (physical
139activity and concepts, principles, and strategies of
movement) and bullet points. As teacher #7a indicated, “I’m
pretty familiar with them, not familiar enough to
quote . . . but the big picture.” Teacher #3 stated “I’m
familiar. . . . I don’t have every single one memorized; I
couldn’t just sit here and rattle them off to you. I keep
my standards book handy here.” These teachers reflected the
83% of teachers who stated on the online survey that they
were familiar with the standards. Many teachers defined
being familiar as understanding the major standards and not
the standard statements or bullets.
To complicate matters, some teachers perceived they
must teach to multiple sets of standards: state and school
district. However, the intent of the state standards was
for school districts to operationalize them into their own
standards (R. Swalm, personal communication, October 20,
2006). State and school district standards should naturally
complement one another because the latter is a derivative of
the former. Therefore, it was not necessary that teachers
address both sets of standards in their lesson plans.
However, some teachers misunderstood this relationship. For
example, teacher #9a stated, “Basically, if you’re hitting
the majors [standards], you’re going to cover something on
140the subs. If, you know, you made sure you complete your
obligation to cover the main headings, those subtitles or
the sub-standards are going to be enacted and addressed.”
Of the nine school districts selected for on-site data
collection, two (22%) focused their curricula on the school
district standards.
Teachers generally developed standards-related
competence through four methods, two of which were closely
tied to their number of years teaching. First, practicing
teachers who graduated before the introduction of the
standards generally became knowledgeable through their own
motivation and diligence. As teacher #2 stated, “A lot of
sit down with a standard, break it down” (Teacher #2).
Typically, this meant researching the standards online
through the Pennsylvania Department of Education website.
Teacher #3 educated herself about the standards,
Basically through just word of mouth, talking to different teachers and using these handbooks [PDE materials], becoming familiar on my own, teaching myself how to implement them. I never had any type of formal class or any type of instruction on them. I basically taught myself I guess you could say.
Some teachers were highly internally motivated to
independently improve their standards competence. For
teacher #2 stated, “A lot of research by myself, a lot of
141experimenting with new ideas that come across and really
just doing a lot of independent research.”
Teachers who graduated after the introduction of the
standards learned about them in the course of their teacher
preparation programs. However, unlike more experienced
teachers, they generally have not continued to improve their
standards competence. Instead, they rely almost exclusively
on their collegiate training. As teacher #7b stated, “Since
I wrote my lesson plans my first year teaching, I haven’t
gone back to look at them for a . . . year and a half.” The
third major source of standards-related knowledge included
school district curriculum initiatives. The administration,
typically the principal of a school or the superintendent,
required departments and programs to update their curriculum
in accordance with the state standards. This reality
reflected an increased emphasis on the standards, greater
accountability, and increased evaluation of program efficacy
(Fay & Doolittle, 2002). For example, teacher #5a stated,
“I probably learned about them [the standards] through in-
service when our administration came down . . . and said,
‘We’re going to have to quote start teaching to the
standards.” In some cases, administrators merely asked
teachers to begin listing the standards on their lesson
142plans. In general, the administration can be seen as a
major driving force for improving teacher knowledge of the
standards. Teacher #5a stated “Our assistant superintendent
. . . he’s kind of
. . . forcing us to read and do more things with the
standards on in-service days, like apply scope and sequence
and the standards to our curriculum, how we’re going to
. . . meet certain standards.” In school district eight,
the superintendent gave all physical educators a copy of the
book Standards-based Physical Education Curriculum by Lund
and Tannehill (2005).
This emphasis on the standards from administration was
not confined solely to physical education; instead it was a
comprehensive reform initiative involving all subjects.
Therefore, administrators were not specifically targeting
physical educators. As teacher #4b stated, “So we took to
these standards pretty much because we were told.” However
regardless of the intent, the effect was that physical
educators incorporated the standards more than in the past.
Other teachers educated themselves about the standards
due to formal administrative observations where teachers
were required to address the standards. Some administrators
required teachers to post the standards, which for physical
143educators was generally in the locker room and occasionally
in the gymnasium. In some instances, physical education
departments updated the curriculum through their own
initiative. This approach helped accentuate the worth of
physical education to administrators (Rink, 1999).
According to teacher #8b, “Right now, we’re revising our
district’s curriculum . . . so we’ve been spending
time . . . just to get the details of what’s in there.”
Another teacher wrote a grant where the proposal relied
heavily on the standards. Some other methods where teachers
educated themselves about the standards included
collaborating with physical education colleagues, reading
physical education journals, and being granted release time
to visit other schools.
Professional development represented the fourth major
tool teachers used to increase their knowledge of the
standards. The quality, quantity, and relevance of
professional development experiences varied widely. One
common theme among all interview candidates was the lack of
professional development experiences designed specifically
for physical education. By contrast, districts often
offered professional development specifically for core
subjects such as mathematics and reading which were assessed
144on the PSSA exams. One district had an entire summer
institute devoted to teachers of mathematics and reading as
well as professional development during the school year.
Often, physical educators were forced to attend professional
development seminars unrelated to physical education that
instead focused on preparing students for PSSA content. In
some cases, the administration required all subjects to
incorporate reading and mathematics. According to teacher
#1b:
We have to attend workshops on reading. We have to attend workshops on math. And you know, because the PSSA’s, we’re required to incorporate those things into our course. . . . But at least we have that ammunition. You know, to go back and say, “I just sat through an entire day of writing, and it really didn’t have anything to do with phys ed.” That’s one fight [the district PE coordinator] has fought really well for us. Writing has to fall naturally in phys ed. I can’t really force it in there.
Embedding reading and mathematics into all other subjects
was required by the state. The embedded content, known as
assessment anchors, was not consistently applied by school
districts. Some administrators were more stringent in the
implementation of this policy than others. Some examples of
cross-curricular approaches included physical education
teachers having students do calculations during personal
fitness activities, writing a journal about a concept or
145classroom activity, or making the essay portion of tests
look like PSSA exams.
Teachers who wanted physical education professional
development related to the standards often attended
conferences such as PSAHPERD, EDA/AAHPERD (Eastern District
Association), or the Governor’s Institute. However, some
participants found that the standards-focused educational
resources were inadequate. According to teacher #8b, “I
attended a couple conferences, but they haven’t been about
the standards. They were more about activities, skills, the
hands-on things for kids” (Teacher #8b). While conferences
may have some standards related workshops, only a small
percentage are strictly focused on the standards, thus
giving the impression not much is being done (R. Swalm,
personal communication, October 20, 2006).
Most districts did pay for professional development
conferences. However, physical educators were generally not
reimbursed for travel expenses and lodging and teachers must
expend personal or professional leave time. This
arrangement made conference attendance somewhat prohibitive.
Typically the best professional development opportunities
for physical educators occurred among themselves. For
example, in district one, the first hour of every second
146Monday was reserved for teachers to collaborate within their
departments. In district five, physical educators were
excused halfway through the whole-school professional
development sessions to meet. In district three, physical
educators met after school on their own time. Finally,
teacher #9b met independently with colleagues from his
undergraduate training who taught in other districts. In
general, school districts did not offer sufficient
professional development opportunities for physical
educators. Teacher #2 stated, “It bothers me that I can, if
I’m left alone by myself, I can get more done professionally
than I can through sitting in [on a professional development
session].” School districts must strive to offer workshops
on par with those afforded to other subjects and teachers
must demand they do so. According to teacher #3, “Not a lot
of professional development pertains to PE, pretty much none
of it. We’re not part of the PSSA’s so we’re not as
important.”
Curriculum Development
There were many factors that shaped curriculum
development in school districts, two of which have already
been addressed: background information and standards
competence. One major factor that was often overlooked was
147the overall philosophy of a department, if one existed. Two
major philosophical factions emerged: physical exercise and
lifetime activity. The first emphasized the importance of
being physically active during as much class time as
possible. The objective was to improve student fitness
levels and meet the Surgeon General’s recommendation for 30
minutes of physical activity most days of the week (U.S.
Department of Health and Human Services, 1996). As teacher
#4a stated, “[The] number one, most important thing, our
goal as a PE department, is to keep the kids physically
active through a variety of different avenues . . . [because
physical education] might be the only activity they get all
day.” The second major philosophical position entailed
promoting lifetime activity, a position espoused by various
researchers such as Darst (2001). Teachers believed the
time allocated to physical education was insufficient to
drastically improve fitness levels and, therefore, class
time would be better-spent encouraging students to be
physically active outside of school, particularly as adults.
Teachers fostered this objective by offering a variety of
activities. For example, teacher #9b stated, “I want them
to know there’s things they can do, activities that can keep
them healthy their whole life.” Interestingly, no teachers
148mentioned offering students a choice of activity as a way to
promote lifetime activity as suggested by Pagnano and
Griffin (2001). Teacher #9a offered non-mainstream
activities such as tae bo and yoga to introduce students to
wider ranges of activities. Teacher #8a offered a whole
semester weight room experience complete with heart rate
monitors, computer analysis, and an extensive assortment of
fitness equipment. A special hybrid class was also offered
for obese students, incorporating health knowledge and the
recommendations of the CDCP (1997) for improving fitness.
Teachers were sometimes at odds over these conflicting
philosophies and found it difficult compromising to form one
coherent philosophy. These conflicts reduced the ability of
departments to function effectively and adapt to change. An
important tool to mediate change and intra-departmental
dynamics was the district supervisor of physical education.
Responsibilities for district supervisors typically included
organizing meetings, organizing professional development,
shaping the curriculum, and observing physical education
teachers. In not one of the nine school districts selected
for on-site data collection was there a district supervisor.
Two districts had supervisors in the past but the positions
were eliminated. This was unfortunate because, as online
149participant #282 attested, the role of district supervisors
to improve the curriculum can be dramatic:
The members of our department are required to submit monthly standards-based lesson plans and assessments to the department supervisor; the department supervisor provides written feedback on every lesson and assessment submitted. The staff uses a standards-based [based] lesson planning process when planning lessons and has designed numerous assessments that directly measure the content of the state standards. Teachers are observed through clinical supervision and the standards-based lesson plan is the basis for the observation.
In districts without a physical education district
supervisor, three alternative coordination methods were
devised. First, no coordination; teachers acted
autonomously forming loose collaborations with other
teachers, typically in the same school. For example, one
physical educator in one school, had never met the other two
physical educators in a different school, despite having
taught for three years in the same school district. Second,
physical educators who chaired their middle or high school
physical education programs also functioned as the district
supervisors although they lacked any real authority to enact
change or supervise other teachers. The final method
involved administrators who coordinated for the department
but were typically not trained in physical education.
150The first method, where no coordination existed, was
the case for 4 of the 16 teachers interviewed. One of the
most important functions of physical education programs was
to develop coordinated, comprehensive, and aligned
standards-based curricula. Curriculum could be likened to
roadmaps guiding teachers to what students should know and
be able to do. Without these plans, teachers were more
likely to freelance, not incorporate the standards, and not
coordinate with other physical education teachers. As Rink
and colleagues noted in 2002, “For some professionals, this
lack of accountability has meant the freedom to create
wonderful programs. For too many, a lack of accountability
has resulted in poor programs” (p. 33). Incorporating the
standards is essential to developing an effective program
(COPEC, 2000).
The efficacy of the second method, where a department
chairperson acted as the physical education supervisor,
varied widely. Some of the supervisors functioned well
while others were ineffectual and powerless. For example,
in district one there was not a formal physical education
district supervisor but the middle school chairperson
functioned as one. Previous research demonstrated that
151schools with “lead teachers” adapt more readily than those
without (Wirszyla, 1998). Teacher #1b stated:
[Department chairperson’s name][is] very passionate about this [professional/programmatic development] obviously. So, when we get together on curriculum days, [the chairperson will] have goals for us. [The chairperson will] hand us a folder which he/she put together and [then] go over to elementary [school and do the same]. [The chairperson is] very organized . . . [and will] say, “I understand guys you don’t want to do this but we have to do this. This is our policy and if we want to keep PE in our district, you need to do this.” So, [the chairperson is] tough on us but we love him/her to death because he/she works so hard and he/she really fights for us so everybody’s willing to pay back with efforts during our meeting. District one represented the best example of a
department chairperson functioning as a district supervisor
who plans, motivates, and reconciles differences among
teachers. Teachers in district one rewrote the curriculum
several times. According to teacher #1b, “[The middle
school PE chairperson] does a great job of leading us and
rewriting our curriculum-over and over again. I feel like
we’ve been rewriting it forever; every non-instructional day
we do.” As a result, school district one developed a
standards-based curriculum aligned from elementary school
through high school. This process demonstrated how
curriculum writing has become increasingly reflective,
professional, and time consuming. By spending additional
152time planning the curriculum, teachers will likely achieve
better instruction and results (Petersen et al., 2002). The
coordination that existed in district one was similar to the
structure of district seven. According to teacher #7a, a
school-level chairperson functioned as the district’s
physical education supervisor but with different results:
We meet every month . . . but as far as the K-12 [coordination], there’s really a high school advisor, he/she would be the department chair. I wouldn’t say there is [one]. That’s a difficult thing; every single building has a little bit different kind of a program. There are certain things he/she might want to see up there . . . [Our chairperson is] in charge of the high school, we have over 50 years of teaching experience, it makes it a little bit difficult to teach an old dog new tricks.
The teachers who acted as de facto district supervisors
for district one and seven expended an exceptional amount of
energy and time improving their physical education programs.
Teacher #1a stated, “[The department chairperson] does a lot
of work but has no real authority. For example, if a person
skips a department meeting, there’s no oversight in that
way.” The teacher in district one enacted change through
sheer will and power of persuasion. Likewise, the teacher
in district seven used these same tools but with less
success. The circumstances in district seven underscored
the point that teachers who do not wish to change, do not
153have to. Since formal physical education supervisors were
eliminated, the only personnel in school districts who had
the power to require change were administrators. That was
the reason why administration was a major driving force for
integrating the standards into physical education. Many
teachers change due to internal motivation, but what of
those teachers who are unwilling to change or are externally
motivated? If the administration does not require change,
then often teachers will not. According to teacher #3, “I’d
better learn how to do it [incorporate the standards] if
it’s mandatory.”
Without physical education department supervisors,
coordination among teachers and compliance with accepted
standards of practice became difficult. The result,
therefore, was a rudderless discipline; concerned physical
educators did not have the power to enforce change in their
own ranks and administrators were often unwilling or lacked
the know-how. For example, the high school physical
education chairperson in district seven complained about
teachers who skipped departmental meetings and refused to
change their instructional practices but, realistically,
there were few, if any, remedies.
154In district five, the high school physical education
chairperson also functioned as the district’s department
supervisor, a role assigned to the assistant superintendent
who did not function in that capacity. Meetings of the
physical education department typically consisted of current
issues, directives from the administration, and reports from
conferences. Recently, the teachers had begun mapping out
the curriculum in accordance with the standards. In
district three, a high school physical educator functioned
as the district supervisor. However, during departmental
meetings, the standards were not discussed and this person
lacked any authority. Again, a high school teacher
functioned as the de facto district supervisor in district
number eight. This person coordinated with physical
educators in the high school and middle school but the
elementary teachers function independently. According to
teacher #8b, an elementary school physical educator, “We
don’t get to collaborate or see where we’re going” (Teacher
#8b).
In smaller districts, coordination between teachers was
easier. According to teacher #4b:
It’s just the three of us [in one district]. Our assistant principal is supposed to be our supervisor [but is not]. I believe he used to be
155a phys ed teacher years ago. . . . We don’t have a director or chair of physical education.
Two physical educators taught in a combined junior and
senior high school while the third taught in the elementary
school. Periodically, the three teachers met independently
of the assistant principal.
Teachers exhibited contradicting views regarding
department chairpersons who functioned as district
supervisors. Teacher responses to the quantitative online
survey indicated that supervisors hampered standards
implementation although the practical significance was below
10%. Teacher responses in interviews and observations
indicated that some department supervisors enhanced
standards implementation. These contradictions seemed to
suggest that in some districts, supervisors were ineffectual
and hampered program quality while in others, supervisors
were powerful tools for improvement.
As discussed earlier, there were many factors affecting
curricular development such as perceived value of the
standards, perceived purpose of the standards, standards
related likes and dislikes, teacher knowledge of the
standards, administrative influence, departmental
philosophy, and teacher coordination. When teachers came
together for curriculum development, they used essentially
156two approaches or a hybrid of the two: curriculum mapping
based upon activities and designing down based upon the
standards. Of the 16 teachers interviewed, 7 used the
curriculum mapping approach, six used the design down
approach, and three had no curricular approach.
The curriculum mapping approach began with activity
units such as tennis. Teachers planned lessons and
assessments based upon the activity and linked them with the
standards after the fact. As teacher #7a stated, “The first
thing you think about is the unit you’re in and then . . .
the lessons . . . [and] then you . . . plug the standards
into that” (Teacher #7a). Some districts had detailed
curriculum maps. For example, in district four, the first
column of the curriculum map identified a category of
activities such as invasion games or individual sports. The
second column identified the activity such as tennis. The
third identified skills such as the forehand, backhand, and
serve. The fourth identified the standard such as 10.4.9A
and the fifth identified assessment techniques. Typically
in the curriculum mapping approach, the standards were
inserted later, and this way minimal disruption occurred in
the existing curriculum and instruction.
157The second major approach was called designing down
where the standards form the basis for curricular and
program design (Silverman & Ennis, 2003). The design down
approach began with teachers taking the standards and
breaking them down into essential questions. These
questions included: how will you accomplish the standard
statement, when will you cover the standard statement, how
will you assess the standard statement, and how will you
align your curriculum from one grade to the next? After
these questions were answered for each standard, standard
statement, and bullet, a rough draft of the curriculum was
formulated. Checks were made to ensure that all of the
standards were addressed. Teacher #1c described the process
of designing down the curriculum:
158I take a standard statement, pull out essential content. For example, I identify game strategies; pull out what exactly the content is. Then identify and apply and use those words in the assessments . . . some teachers in my district don’t feel they need to change, the standards already fit what they’re doing. Others try and make the standards fit what they already do. . . . [To] hold all kids accountable, start with the standards and go from there. [The standards] are wonderful and the way we should go. It takes a lot of time and re-thinking; whole new ways of thinking, centered around concepts and not skills. That makes it difficult for a lot of people. For example, F strand, game strategies strand [standard statement]. When making up a lesson, use one descriptor [bullet], say the one-on-one descriptor. Research what one-on-one means, really think about what you’re holding kids accountable for knowing. Use concepts like defense, offense, fake/dodge, stay with man, watch center of body, et cetera. Pull in individual characteristics such as faster, less physically fit, advantage or weakness. . . . Then the assessment will be exactly what one-on-one is. Teachers must go and pull what the content really means.
The design down process was not easy and took a great deal
of time and energy. This commitment was a potential
drawback that may explain some of the resistance teacher #1c
encountered.
Teacher #8b used a similar design down approach with
some slight variations:
Well, I start with the standards. That’s what’s there, that’s what in stone. It’s something we can’t change so you got to use that as the starting point and work off of it . . . basically, right now we’re going through and breaking them down and writing the questions that you write out
159for each one on how will you do this, when will you do this. So we break it down that way so we can go back that way and figure out where our content will be going in. It goes from the standards, to the questions, to a rough draft of, I guess what we currently do now . . . like a course overview of everything we do now. And then we’ll take that a step further to match, to see if we do meet all of the standards and so forth.
The design down approach addressed the standards more
thoroughly than curriculum mapping because the curriculum
was built from the beginning on the standards. Despite
this, more teachers used the mapping approach. This can be
attributed to several factors. First, the curriculum
mapping approach required less effort and coordination
between teachers since the existing curriculum was mostly
retained. Second, the progress of curriculum design in the
design down approach was more confusing. As teacher #8a
stated:
The hard thing we’re having difficulty with is getting started with how you break these standards down. . . . Our first couple meetings, I remember our people saying; “You have to take these things under 10-4 and break them down.” People feel like we’re doing activities that are redundant. You’re turning around the statements and then making them questions. And then you’re trying to answer this question. People were asking, “Where are we going?” It’s just the tediousness of getting from the standards that are the state standards to what they’re going to look like and expect them to know.
160Third, planning must more thoroughly address what students
will be learning in the benchmark grades (3, 6, 9, & 12) and
all the grades in between. According to teacher #8a, “One
aspect of the design down approach teachers find difficult
is determining what content to teach at a particular grade.”
Lastly, the design down approach required that both novice
and veteran teachers adapt their teaching styles. Veteran
teachers may have been more resistant to change, especially
if they had been teaching for a considerable number of years
or were near retirement. Teacher #2 stated, “Younger
teachers I felt were more willing to look at what was up and
coming.”
In district seven, there was a combination of the
curriculum mapping and the design down approaches. This
hybrid curricular structure may have been more common in
school districts which lacked a strong mechanism for
coordinating physical education teachers. According to
teacher #7b:
I think the idea was we start with the standard and then design down. . . . I worked on the middle school [curriculum]. . . . We met for a couple days and then it just petered out. So we ended up with a curriculum, where . . . we wrote it towards the standards at some grade levels but at other levels they kind of did not. . . . There was a grade level that just wanted to take what they had and see how it related to the standards but didn’t actually change, their curriculum probably hasn’t
161changed at all. . . . I don’t think there’s anything wrong with trying to figure out ways that your activities line up with the standards, but it was more that inflexibility of that. I think there was some real stretches.
The final and least common curricular approach was where no
discernable curriculum existed. As teacher #6 indicated,
“We basically do what we want and then see what standards
we’re covering” (Teacher #6). Teachers continued to focus
on their favorite activities while only superficially
linking the standards (Rink et al., 2002).
Following the establishment of a curriculum, teachers
created lesson plans, sometimes in accordance with the
espoused curriculum and other times not. Two primary
methods of lesson planning emerged. In the first, teachers
used the standards to design the entirety of the lesson: the
set induction, warm-up, lesson focus/activity, assessment
(if any), and closure. For example, online participant #51
stated, “Every lesson that I plan directly deals with
meeting the state standards.”
In the second case, teachers created lessons to suit
the unit activity and inserted related standards. According
to online participant #95, “Many of the standards are
already incorporated into what I am teaching. . . . I do not
look at all the standards when I am planning a lesson.”
162Online participant #241 stated, “I feel as though any lesson
I create or find is automatically according to some
standard.” Most school districts required physical
educators to list the standards that were being covered on
lesson plans. Of the 16 teachers who were interviewed, 13
were required to specifically list the standards on their
lesson plans. Some teachers listed the entire standard or
standard statement while others listed only the number.
Even though most teachers were required to list
standards on lesson plans, none were required to link them
with the content. As discussed earlier, only 1 of 16
teachers interviewed linked the objectives to the standards.
In many cases, teachers designed a lesson and then listed
any standards they believe were related. In several cases,
teachers used the same standards on every lesson plan for a
week. Teacher #3 for example used the same standards for 10
different lesson plans. In such instances, the connection
between the objectives, the standards, and the content
appeared mostly superficial and was meant to satisfy
administrators.
Another area that needed improvement was balancing
coverage of the standards. Too often, teachers covered the
163same standards repeatedly while neglecting other equally
important standards. As teacher #5a stated:
Boy, that’s a real gray area [balancing coverage of the standards]. . . . That’s probably one area where I need to get more specific with the standards and zero in on . . . A through F because we are kind of hitting the broad standard [10.4, 10.5] and not necessarily zeroing in on the letters or the bullets. (Teacher #5a)
Only 2 of the 16 teachers interviewed made attempts to
balance coverage of the standards. After completing the
design down process, teacher #4a examined whether all the
standards were met and, if not, made modifications. Teacher
#8b informally checked off standards throughout the year to
assess coverage. However, these approaches were the
exception and not the rule. The result therefore was
inconsistent coverage of the standards where some were
addressed nearly every lesson while others were seldom
addressed, if ever. Certain aspects of the standards,
particularly physical activity, were frequently addressed.
According to teacher #4b, “I remember typing in the same
standard over and over again and then looking for ways to
hit this standard.” Teacher #5b stated, “Some of them you
hit a lot. The heart rate ones, why do you need vigorous
exercise every day, the one that says practice makes you
better . . . safety and prevention you hit on every class
164. . . physical activity.” Other standards were often
neglected due to teacher discomfort with addressing them.
For example, according to teacher #6, “There’s just some
things, like a lot of scientific principles. . . . I think
it’s college level stuff. . . . It’s a little bit too much
sometimes for what you need.”
Since most teachers were not balancing coverage of the
standards, accommodations or rationalizations were made.
For example, some teachers stretched or exaggerated the
relationship between the planned activities and the
standards in order to address more of them. Other teachers
mistakenly believed that by offering a broad curriculum, all
of the standards would be addressed. According to teacher
#6, “We kind of naturally do [balance coverage of the
standards]. We don’t necessarily try to but we do want to
offer the kids as much variety as possible and it just seems
when we do that, that’s when we cover the most.” According
to teacher #9b, “If . . . you made sure you complete your
obligation to cover the main headings, those subtitles or
the sub-standards, are going to be enacted and addressed.”
Standards Implementation
The entire process of lesson planning and curriculum
development ultimately manifested itself where it mattered
165most, the classroom. One major question teachers confronted
was whether the espoused curriculum matched the actual
instruction. In some instances, teachers had a physical
education curriculum that sat on the shelf and was not
utilized. As teacher #8a stated, “[The superintendent]
feels that we need to follow the curriculum. It can’t be
something we’re going to put on the shelf and don’t look
at.”
For some teachers, there was a breakdown between
planning and instruction. For example, teachers frequently
cited standards on lesson plans that were not addressed in
instruction. Generally, there were two reasons. First,
teachers included standards on the lesson plans to satisfy
administrators but those standards had no relation to the
instruction. The second and more prevalent problem was that
teachers believed certain standards were addressed by virtue
of activities. For example, the researcher observed a class
where students participated in an activity similar to
ultimate frisbee. In the activity, various objects such as
a football, basketball, or rubber chicken were moved towards
a goal. Students divided the original two teams into three
sub-teams that were rotated on and off the field. Teacher
166#7a described which standards were addressed by the
activity:
We do a pre and post heart rate, we’re teaching to the standards as far as that goes, as far as the actual game goes . . . , the moderate physical activity, it’s probably a high intensity game. You’re going for a minute hard, then they get a minute off, then they’re back on. We’re touching the physical activity standard; the effects of that activity on the heart rate through the post heart rate demonstrates that. As far as the skill related fitness, it touches upon agility, coordination, balance, reaction time. The fact we use different objects, it’s a transfer of skills in mid-game, which is really important for them to understand. How different weights and sizes affect different trajectories, throw distances, ability to catch, and flights and all that. That’s why I think it’s a really good game that ties into a lot of the standards. As far as the cognitive, we like the separation of teams within a team. It takes cognitive thought to strategize. To come up with three teams within their team that match up well against the other teams with the goal of scoring the most points. Teamwork, social interaction, even when they’re on the side, you could see how they were into it. So, they’re all on different teams but they’re all one team. The teamwork, the social interaction, we wanted to create an environment of the enjoyment of physical activity. And that’s one of our foremost goals is to do that.
According to the description of the activity, many standards
were addressed in class. However, what did students
actually take away? Yes, they were physically active; yes,
they picked teams; yes, they demonstrated agility and speed.
However, what standards-related information did students
learn from the lesson and what standards were actually
167taught? Does a teacher merely have to organize activities
and link standards to the activity? For example, teacher
#7a emphasized moving to an open area as part of game
strategy (Standard 10.5.6F) and incorporated a pre and post
heart rate analysis (Standard 10.4.6C). However, no
additional standards were directly addressed during a lesson
in which, essentially, students ran the track for a warm-up,
picked teams, and played a game. What about the other
standards the teacher purportedly addressed? Have students
improved their teamwork and social interaction merely by
picking teams and will these standards be subsequently
assessed?
This concept was common among teachers: that standards
are “covered” even though they are not addressed in class.
Teacher #5b explicitly stated, “I don’t know specific ones
I’m touching on because I don’t concentrate on that.” Like
teacher #7a, teacher #6 stretched the link between the
lesson and what standards were addressed during a field
hockey lesson:
[During field hockey] we had the group interaction. As far as factors that affect activity preference, they do get to pick their positions so that’s a little bit different. . . . Motor skill development, when I’m showing them how to hit the ball off the grass. I know when
168they’re doing it wrong so I think that helps them to fix what they’re doing. The effect of practice . . . this probably won’t have too much. . . . Game strategies, I usually yell out as we’re going over, use the sidelines, spread out, play your positions. Like, the scientific principles are really the hard ones. There’s just not enough time in class to go over all of them. . . . We probably use them without knowing or incorporating a lot.
The lesson consisted of jogging, teacher led stretching, a
demonstration, and a field hockey game in which the teacher
intermittently participated and implored students to spread
out. Not all of the standards espoused by the teacher were
actually taught during the lesson.
Teachers were also unclear regarding what portion of
the standards they were responsible for teaching. Does
addressing the standards themselves, (10.4 – Physical
Activity, 10.5 – Concepts, Principles, and Strategies of
Movement) mean that a teacher is teaching to the standards?
Does addressing the standards themselves and the standard
statements mean a teacher is teaching to the standards?
Does addressing the standards themselves, the standard
statements, and the bullets mean a teacher is teaching to
the standards? What about if a teacher covers two of the
four bullets under a standard statement; does that
constitute covering that standard statement? Teachers
appeared to be unclear about these questions.
169Of course, there were teachers who properly addressed
the standards by linking the standards with the lesson
objectives and the actual instruction. For example, teacher
#7b addressed the standards related to offensive and
defensive strategies on her lesson plan and during actual
instruction, via a game of capture the flag. Before the
activity, students were briefed about offensive and
defensive strategies and after each mini-game, students
huddle and finer points were discussed. During closure at
the end of class, the concepts taught were reviewed and the
teacher checked for understanding. Teacher #7b only
addressed the standards specified on the lesson plan and did
not include additional standards.
During the course of teacher observations, the
researcher expected to hear teachers discussing what
standards were being addressed with students. However, the
word “standard” was only used twice during the course of
observing 16 teachers for multiple class periods. This
omission reflected the notion among teachers that the
standards were strictly a curriculum development tool. In
other school subjects such as biology or reading, the
standards are infrequently cited because the content is more
obvious. In physical education however, students may
170perceive they are playing a tag game and not engaging in
physical activities that promote fitness and health,
standard 10.4.3A. Therefore, by citing the standards,
teachers instill the concept that physical education is
about learning, not merely playing games.
Despite the importance of reference the standards, this
occurred infrequently. According to teacher #7b, “I’ve
never talked about the standards to my students.” According
to teacher #7a, “It’s our job as educators to know the
standards and understand these standards without maybe
knowing they understand these standards.” Teachers’ failure
to make students aware of the standards reinforced the idea
that physical education was about activity and not student
learning. Teacher #3 posted the standards in the locker
room but generally teachers did not expose students to the
standards. Teacher #5a commented that students looked
perplexed when he mentioned the physical education standards
the first time and, therefore, has not mentioned them since.
When asked to what degree teachers believe their
students are meeting the standards, most teachers responded
positively. Percentages of students who meet the standards
include 100%, 80-90%, 80%, 75%, and 75-85%. Other
quotations included teacher #1a, “I think most have pretty
171much achieved them;” teacher #7a, “I would say pretty well.
I wouldn’t say everything;” teacher #5a, “I think our
students are meeting the standards just because in many of
our units . . . we do hit the standards;” and teacher #4a,
“Students know the standards pretty well.”
However, when teachers were asked how they know their
students are achieving the standards, their responses became
less certain. In most cases, teachers began referencing how
they graded students and not how they measured achievement
of the standards. Generally, teachers exhibited one of
three approaches when assessing student mastery of the
standards or a combination thereof. The first method did
not address the standards at all. No linkage existed
between instruction and assessment. This was the most
common form of assessment. In the second method, teachers
measured achievement through rubrics and assessments that
are loosely linked to the standards. Teachers used rubrics
to assess various objectives such as skill, behavior,
safety, and teamwork. The final and most infrequent method
involved teachers verifiably measuring student achievement
of the standards.
In the first level of standards verification, teachers
did not measure achievement of the standards and typically
172assumed student mastery of the content. One teacher was
surprised by the concept of measuring achievement of the
standards instead of assigning grades. Teacher #2 stated,
“I’ll be honest with you, I never thought about it.” Still
another teacher, #3, stated:
I actually never sat down and thought about it. Um, how standards would apply to how I’m grading in phys ed. I’ve honestly never sat down and thought about it. . . . Attendance, I would say no. Participation would but there’s not a standard that has to do with effort or attitude.
This approach demonstrated the misconception that the
standards were merely for planning purposes, not assessment.
For example, online participant #151 indicated, “I use the
standards solely to fill out lesson plans.” Instead of
measuring achievement of the standards, some teachers simply
assumed student mastery. For example, teacher #7a stated,
“If you were to sit down with them in their own verbiage,
they could look back and say, ‘Yeah, yeah, we know a lot of
this.’” According to online participant #246, “I use the
standards to plan lessons. My assessments come from my
lessons, so in turn my assessments are somewhat standards
based.” In other cases, teachers had an impression of
student performance levels and used this to guide future
instruction instead of concrete assessment data. According
to teacher #7b:
173My best guess is, collectively, they are fairly strong on the movement standards . . . even the more advanced throwing, catching, fielding, I would say they’re proficient at those skills. I would say in terms of the fitness and the knowledge, do they know how much activity they should get a day, it’s a toss-up. Based upon what I’ve seen, I would guess maybe half of them would have an idea. They understand the relationship between exercise and fitness but could they explain the FITT principle, probably not. How often should you work out, probably not.
Teachers needed to assess student knowledge, particularly on
important concepts such as the FITT principle (Kulinna &
Krause, 2001).
The second level of measuring achievement of the
standards was the most prevalent and involved using skill
tests and written tests related to the standards but not
based upon them. Teachers reflected on what was taught and
created related assessments. For example, teacher #5a
stated, “I’d say we assess it [achievement of the standards]
through skill tests, written tests, and basically
observation.” Teacher #8b used skill checklists,
particularly at the elementary level, and created
assessments not based on the standards but on future
psychomotor or cognitive performance goals.
Some teachers were aware that the written tests and
skill tests used in class did not adequately address
achievement of the standards but were unwilling to change.
174For example, in terms of verifying achievement of the
standards, teacher #5b exclaimed: “I don’t [verify
achievement of the standards] . . . we do written tests like
in the volleyball unit but it’s basically on the rules of
the game. . . . I do a little bit of skill testing” (Teacher
#5b). A few teachers did make conscious efforts to measure
achievement of the standards but did so inconsistently. For
example, teachers frequently measured standards-based
achievement in areas which were easiest to address or
closely related to physical education such as heart rate.
According to teacher #7b, “There are some standards that we
hit real well and there are others that fall through the
cracks.”
The third level was the least common, where teachers
verified achievement of specific standards, standard
statements, and bullets. At this level, teachers used
standards-based assessment for the majority of information
taught. This meant that most standards related information
that was presented to students was also followed up with an
assessment. For example, teacher #1b stated:
At the end of each unit, we’ll go back through each and review what we accomplished in that unit based on the standards and our benchmarks. We’ll review the essential questions and all that. Make sure that we accomplished all that and then I’ll give them a written assessment. . . . Through
175written tests and performance assessments, that’s where we focus on the standards.
Ultimately, what teachers should be moving towards was
a model where the standards were incorporated throughout the
entire teaching cycle. This meant thoroughly educating
oneself about the standards, devising a standards-based
curriculum including lesson plans, teaching the written
curriculum, assessing student mastery of the standards, and
then based upon the results, seeking further professional
development, modifying the curriculum, or making no
additional changes. For example, online participant #65
stated, “I use the standards to plan my lessons according to
our school’s curriculum. I also use the standards to gauge
assessment and progression of my students.” Another online
teacher clearly demonstrated the cycle of standards usage:
Before writing lesson plans, I determine which standards will be incorporated. In my lesson plans, I list these standards and explain how they will be addressed. During my classes, I state which area(s) will be strengthened by the planned activities. After the lesson is taught, I assess how well the standards were incorporated and modify the next lesson accordingly.
Measuring student achievement of the standards
naturally tied into how teachers grade. Ideally, student
grades would be based upon achievement of the standards.
However, like other areas of this study, the manner in which
176teachers grade demonstrated a wide range of responses.
Instead of classifying teacher grading structures into
categories, there existed a continuum with one extreme
represented by teachers who based grades upon the standards
and the other extreme represented by teachers who based
grades upon effort and participation.
Effort and participation continued to make up a large
part of grading in physical education. These components,
although valuable and contributing towards mastery of the
standards, should not be incorporated into grading (Matanin
& Tannehill, 1994). For physical education to grow in
stature, it must demonstrate outcomes and learning resulting
from instruction. A math teacher would not say, ‘It’s all
right, you can’t balance equations but since you tried hard
and came to class each day, I’ll give you an ‘A’.’ Physical
education should move towards grading criteria derived from
data-driven assessment where students must demonstrate
acceptable levels of skill and knowledge related to the
standards (Petersen et al., 2002).
Divesting physical education of grades based upon
effort and participation will be difficult, as it is deeply
rooted in current practices. For example, teacher #3 graded
in the following manner:
177I grade [on] attire, are they prepared for my class, effort, basically attitude . . . attendance, attire, attitude, effort, participation. If they’re here, they get five points; if they’re absent . . . they can’t get credit; if they’re tardy, they get two of . . . the five [points]; if they have an excused absence, they can make it up. They get five if they’re dressed, they get zero if they’re not dressed. Their attitude, if they exceed, they get four, everyone starts out at four. So, if they have a bad attitude that class, I’ll hit needs improvement so they’ll get one out of four that day on attitude. Basically, the same on effort, exceeds, meets, partially meets, unscorable.
There were multiple teachers, including teacher #6, who
utilized this grading style. Teacher #6 assigned 10 points
if students were changed, stretched, and did exercises.
Points were deducted for lack of effort, poor attitude, and
not dressing. Several concerns arise from basing grades
upon participation, effort, and attitude. First,
reliability - it is difficult for teachers to grade
consistently if there are no formal criteria. Second,
objectivity - the teachers’ relationship with students will
be more likely to impact grades. Third, the grade itself is
not based on learning or mastery of standards-based content.
Fourth, these grades, particularly when a rubric is not
used, are not defensible to students, parents, or
administrators. Despite such concerns, physical educators
often continued to rely upon indefensible grading practices.
178Teacher #4a subjectively graded based upon preparation
points. When asked to distinguish between preparation
points, he stated: “It makes it difficult for me to assess,
what’s the difference between a seven and eight [on the
rubric]. Something that stands out, say a [student] non-
participant, that’s going to stand out.”
In order to make grading by participation, effort, and
attitude more objective, some teachers used rubrics. This
did improve the objectivity in the grading system but was
still not equivalent with the method employed in other
subjects. According to teacher #6:
It’s kind of sketchy [grading on participation] but the other teacher and I came up with a system that works. If they’re just not putting in a lot of effort but they’re still participating but doing a minimal amount, we’ll take off 3 points, automatic. You’re there, you’re trying, but you could do more. You could definitely do more. . . . Then there’s the people that are
179kind of trying, that’s usually half credit. And then . . . you’re in a game and you never move . . . you get a zero.
The only instance in which a teacher objectively measured
effort was teacher #5a who used a pulse monitor (Teacher
#5a).
At the elementary level, there were some unique grading
obstacles that were not present at the middle and high
school levels. Teachers generally had more classes, more
students and, as one class leaves, another arrived, therein
making time to grade more difficult. In middle and high
school, teachers often assigned grades during locker room
changing time. According to teacher #5b, “I had trouble
with one student; he really wasn’t trying his hardest or he
just really refuses to participate, I’ll come in and put a
check minus beside his name.”
Many teachers did utilize a more objective grading
system incorporating written quizzes or skill assessments
based upon pre-established teacher criteria. Most written
assessments continue to focus on rules and strategies of
various activities. However, some teachers were beginning
to incorporate standards related questions. For example,
Teacher #4a reportedly added five questions relating to the
180standards to each 10-question activity quiz that previously
pertained only to rules and strategies.
Ideally, grades would be based upon and linked to
achievement of standards (Petersen et al., 2002). Two of
the 16 teachers interviewed demonstrated this approach. For
example, teacher #1b focused both written tests and
performance assessments on the standards. Teacher #1c used
learning logs, t-charts (characteristics of concepts),
posters, research projects, article question and answer, and
checklists; all of which were focused on the standards.
According to teacher #1c, “All of these assessments must
match the content pulled from the standards.” One online
survey participant graded completely on the standards, even
assigning report card grades for standards 10.4 and 10.5.
The movement towards standards-based assessment met
some resistance, particularly from more veteran teachers.
According to teacher #2, “Veteran teachers basically had a
wall. . . . We don’t need to have these because we already
do them.” Typically, such teachers had been grading on
effort and participation for years. They believed hard work
and effort should be rewarded and that grading on
achievement discouraged exercise and student motivation to
181try. If students knew they were not going to achieve the
standard, why should they try? Teacher #8a stated:
Yeah, [we have rubrics] for whatever it is. . . . [However] reconciling that with your own 20 plus years of experience watching kids participate and saying that kid is trying hard and giving some value to effort. But the standards saying and the books saying there isn’t a sweat-o-meter. If this kid doesn’t have a heart rate that’s at this level; you always have to have something totally objective. I’ve watched these kids all year; I know what they can do. I have a third period kid who tries so hard every single time, skill-wise, not much skill. But he gives every bit of effort . . . but it’s hard to quantify. So, what I’m saying is that sometimes with the standards, we’re taking away that teacher’s expertise in assessing their students and their participation. Fitness is really about the process and the participation, not the product.
This idea was common among physical educators: that holding
students accountable for skill performance was unfair. It
unfairly punishes athletically challenged students and
diminishes the likelihood of lifetime activity. According
to Teacher #5b, “How can I grade a student on a skill when
not everybody is going to be at that skill level?” Again
using a mathematics comparison, would it be unfair to grade
several students using the same criteria as the whole class
if they had a poor aptitude for mathematics. Certainly not,
all students are held to a consistent standard but in
physical education, the rules were different. Earlier in
this study, teachers negatively commented on the prevalence
182of cognitive information in the standards. In this section,
teachers negatively commented on assessing students’
psychomotor performance. The problem with objecting to
cognitive information and psychomotor assessment is that
both are essential elements in physical education.
Teachers who oppose grading students based upon skill
level might consider grading based upon improvement.
Teachers could measure student performance via a pretest-
posttest method. Teachers might also consider grading based
upon technique instead of performance. For example, a
teacher could grade whether a student successfully
demonstrated each of five components of a badminton spike.
Objections to assessment led some teachers to
completely abandon skill assessment. For example, teacher
#4a stated, “If a kid can’t make . . . [one] free-throw out
of five, he’s not going to get a lower grade than a kid who
made five out of five.” Other teachers were conflicted
about skill assessments yet continued to use them because
they perceive skill advancement as central to the purpose of
physical education.
Teacher #8a also objected to the rigid nature of
rubrics. For example, her school used a 3-point rubric
consisting of only whole numbers. In the instances where
183students have an excellent skill level but incur some minor
deductions, a 2 must be given. Teacher #8a perceived this
as unfair since a 2 is below the actual skill level. “You
can’t get a 2.5 [grading on a 3 point rubric], even if
they’re close to the three. If they don’t have all the
things that get to the three, they get a two.”
Standards Promotion and Constraint
The utilization of educational standards was a cycle
beginning with teacher perceptions and competence and
culminating in standards-based instruction and assessment.
In order to improve this process, additional factors that
promoted and constrained it must be addressed.
The most frequently mentioned obstacle to improved
implementation of the standards was lack of instructional
time. This reaffirmed previous research findings of a lack
of instructional time in physical education (Napper-Owen et
al., 2001). Elementary teachers objected more than middle
school and high school teachers. This was generally due to
physical education being scheduled for fewer classes per
week or cycle and for less time. Some examples of the time
allocated elementary teachers included: (a) 30 minutes 25
classes per year (b) 30 minutes one class per week, and (c)
40 minutes one class per week. These findings contradicted
184Borsdorf and Wentzell’s (2002) conclusion that 63% of
students receive 45 minutes or less of physical education
per week. One-hundred percent of the elementary schools in
this study received 45 minutes or less per week. The only
classes where students received the recommended 150 minutes
per week (NASPE, 2004) were in block schedules. Although
students in block scheduling are in physical education for
longer each period, typically such courses are scheduled for
half instead of a full year. Therefore, the overall
instructional time per year is comparable to non-block
scheduled classes. Like the Borsdorf and Wentzell study
(2002), students received more physical education
instructional time in high school.
There were many consequences of a lack of instructional
time for elementary teachers. First, teachers found it
difficult to address all of the standards and, therefore,
covered fewer of them, covered them in less depth, or a
combination of the two. For example, teacher #7b stated,
“We have some barriers related to time . . . so I feel like
that’s tied my hands in terms of wanting to see a lot of
growth.” Second, those standards which physical educators
felt less comfortable teaching such as the biomechanical
principles and some cognitive knowledge, were sometimes
185neglected or not taught at all. For example, according to
teacher #6, “It’s [the biomechanical concepts] a little bit
too much sometimes for what you need.” Third, not enough
time spent on actual physical activity and fitness.
According to teacher #3, “39 minutes, by the time they
change and change back and take attendance. . . . I would
like to have at least double the time with each grade, each
class. Because of the changing time. . . . I mean, how much
time are you really going to get to workout.” Thirty
minutes one time per week did not meet the Surgeon General’s
recommendation (U.S. Department of Health and Human
Services, 1996). Fourth, teachers reduced time devoted to
assessment or entirely eliminated it, a phenomenon that has
been noted by other researchers in the past (Hensley, 1997;
Lund, 1993). Five, students who fell behind and needed
extra help had difficulty catching up. For example, teacher
#8b stated, “I think your typical advanced kids, yeah,
there’s enough time. But for some of the lower kids,
there’s no chance for them to catch up a lot of times.”
The lack of time allocated physical education seriously
impaired the ability of educators to accomplish the
standards. When asked if physical education was allotted
sufficient instructional time, Teacher #5b responded
186“Absolutely not . . . if that’s the standard we’re supposed
to meet in physical education class, we’re not.” When
confronted with inadequate instructional time, teachers
tended to emphasize what they believed was the core mission
of physical education at the expense of other objectives.
As online participant #250 indicated, “Those students got PE
only once a week for 45 minutes - hardly enough time to
increase fitness levels - but enough time to try to develop
a love of sport and games that hopefully will last a
lifetime.” Under such conditions, teachers moved from one
short unit to another often without the assessment and
accountability necessary to promote standards-based
competencies (Jeffries, 1996).
Insufficient time was not isolated to only elementary
school; middle and high school teachers also reported a lack
of time, although less frequently than elementary teachers.
Some examples of the time allocations included; (a) 42
minutes every other day every year, (b) 90 minutes twice a
week every year, (c) 25 minutes twice per week, (d) 45
minutes one time per week, (e) once per week, (f) 39 minutes
twice per week, and (g) 90 minutes every day for half a
year. Middle and high school physical education was
187allotted more time but still, many of the same consequences
were evident, only to a lesser degree.
To compensate for the lack of instructional time, some
teachers assign homework. According to Kleinman (1997),
most teachers support homework. However, the reactions of
students, parents, and administrators are mixed. Students
may oppose homework, particularly if they are not accustomed
to it. According to teacher 1b, “It’s a big change for them
[students] this year, you know having homework in phys ed,
having writing.” Parents may also oppose homework due to
perceptions of traditional physical education programming
and increased work for their children. In turn, they may
pressure administrators to prohibit physical education
homework.
One difference at the middle and high school levels was
that teachers occasionally had block scheduling. Teachers
exhibited mixed responses to block scheduling. For example,
teacher #7a indicated, “I like having 70-minute periods.
You might not see them as often, it’s horrible, but you get
more done.” Other teachers complained that physical
education was condensed into half a year which was not
representative of the fact that health, wellness, and
188physical activity are year-round pursuits. Teacher #1b on
the other hand spoke positively about block scheduling:
I absolutely love block scheduling. It gives me enough time to really focus. . . . I don’t feel rushed in the beginning of class. . . . I can really take my time explaining what we’re doing and why we’re doing it. With the fitness tests, we’ve been able to really take our time with the kids practice rather than take them in here and saying ‘We’re testing you on sit-ups today.’
School administrations functioned as a double-edged
sword; they both advanced and inhibited the implementation
of the standards. As discussed previously, they were
instrumental in requiring physical education teachers to
incorporate the standards and providing resources towards
this aim. One consistent obstacle was the emphasis on the
PSSA exams and the improvement of reading and mathematics
scores. This confirmed other research that suggested high-
stakes testing was detrimental to physical education
(Wilkins et al., 2003).
Many teachers believed that the administration knew
little about the physical education standards aside from
their existence. Teacher #1a stated, “I think they are
aware that we have standards but exactly what they are, I
don’t think they’re familiar.” This concept tied into the
marginalization many physical education teachers experience.
For example, teacher #1b stated, “Low on the totem pole, I
189think that’s the biggest one . . . with the PSSA we are
definitely not a priority. More so I can say than in other
districts. It gets frustrating.” This led to frustration
among some physical educators that their work was not
properly valued, thus contributing to less assessment, less
effort, and further reductions in status (James, Griffin, &
France, 2005). According to teacher #7b:
I would say they [the administration] just have a lot of other priorities. I think they’re supportive but in an ideal world, they would love to have PE every day if they could, and still have math and reading as much as they could. . . . In my experience, physical education gets cut near the top, in terms of time.
Many physical educators taught with the fear that their
programs will be reduced or eliminated. However, by using
standards and assessment, teachers could better demonstrate
observable outcomes tied to the standards (Holt, 2001).
Teacher #4b echoed this sentiment by stating, “Our mission,
make sure we’re doing our job and make sure we don’t give
them [the administration] a reason to take it [our program]
away.”
In some districts, administrators required changes to
the physical education curriculum that were contrary to
accepted practice. For example, one administrator required
teachers to formulate grades based upon participation. In
190another instance, a teacher was told to play traditional
physical education games after parents complained about an
elementary school rope-jumping unit. For one teacher,
merely keeping physical education in the required school
curriculum was a task, since the school was reducing
instruction time.
Some teachers objected that they were required to
incorporate the standards and list them on lesson plans when
it appeared as if no one was checking. As teacher #5b
indicated, “When it comes right down to it . . . why go
through all the trouble to prove your kids are meeting the
standards when nobody is going to look at it? That might be
a poor attitude to have.” Teachers wanted some
acknowledgement that their efforts were meaningful and
appreciated.
Physical education teachers who incorporated the
standards were frustrated that other teachers who did not
address the standards were not held responsible. Standards-
focused physical educators believed that if they were
incorporating the standards, their colleagues should be
required likewise. According to teacher #5b, “Nobody is
watching over you and nobody is saying ‘Hey, did your kids
meet the standards.’” Another teacher, #1c, stated,
191“There’s no oversight. The department chairs and the
[administration] don’t care” (Teacher #1c). Such an
environment might have augmented the sense of
marginalization some physical educators encountered (James
et al., 2005). In districts that lacked oversight, there
was really no outward incentive to change. Teachers could
utilize outdated practices and little concern, if any, was
generated. According to teacher #1c, “[My co teacher]
doesn’t use the standards and it’s no big deal. . . . No one
holds anyone accountable for the standards and no one has
the pull to make anyone else change.” The result was that
poor teachers impeded other physical educators and stifled
change. In elementary schools where there was only one
teacher, just that school suffers. However, in large
schools, outmoded teachers who were not compelled to
incorporate the standards often reduced motivation for other
teachers to change and restrained entire departments.
Veteran teachers were cited as both facilitators and
obstacles to improving the implementation of the standards.
Encouragingly, the majority of veteran teachers interviewed
embraced the standards as a way to improve physical
education. Teacher #1b had been teaching 10 years at the
high school level and stated the following:
192When I first started teaching, it was, “What’s the curriculum? What am I supposed to be teaching?” You could pretty much do what you want. And now, we have binders, the standards are in front of us. It’s changed dramatically. I have to admit, in the beginning, when they were saying “You have to do this,” I was very resistant because I enjoyed being able to go into the gym and into the classroom and do what I wanted to do; what I felt was important. But this has made me much more organized, much more sequential, and it’s really helped our whole department align so that what I’m doing in 11th grade, they’re not also doing in 9th grade.
Teacher #8a, a 26-year veteran, astutely summarized the
changes the standards have brought. “Instead of just having
them play games and not what they have learned, it’s more
about what they learn.” Another veteran teacher of 27
years, online participant #192, summarized her enthusiasm
for the standards by stating, “Finally after all these
[years] in my career we [have] developed relevant and
challenging standards to attain with our students.”
Veteran teachers were also viewed as obstacles by some
teachers, including #7b who worked with colleagues who had
not changed the curriculum in 10 to 15 years. Teacher #3
stated:
There are some older teachers who don’t want to do this. They don’t want to reinvent the wheel. They just want to be able to do what they’re doing and not focus on the standards. It’s frustrating for those of us who are trying to make the change and encouraging those other teachers. . . . Well, if so and so doesn’t do this, why do we?
193
Incorporating the standards meant extra work, doing things
differently, and potential student resistance, all of which
may have been unwelcome to veteran teachers. Standards-
resistant teachers often rationalized their positions by
saying the standards were just another passing fad or their
curricula were already aligned. As teacher #2 indicated,
“We don’t need to have these because we already do them.”
Teacher #8b believed the standards were superficial and
would not really change what happened in the classroom with
the exception of adding more assessments. To this effect,
teachers created false façades which gave the impression
that they were changing but continued to use the same
planning and instructional practices. According to teacher
#8b:
I truly don’t see this process with the standards changing what we currently do. So I think for the most part, everything is going to pretty much stay the same in terms of what we’re doing on a daily basis. The biggest change is going to be more in the assessment piece . . . how we’re measuring and how we’re making sure the kids are reaching the standards.
The practices of teacher #8b demonstrated the difficulty
teachers had implementing the standards through the cycle of
instruction. Some teachers implemented the standards well
in planning, others in assessment, but few in both.
194Teachers who did want to incorporate the standards more
than they had in the past into the curriculum sometimes
found it difficult getting their colleagues to change.
There was a great deal of inertia among teachers, especially
in larger departments such as high schools, which required a
critical mass of teachers to implement change. This was the
case for online participant #250 who stated, “I recently
came to this [high] school. There is no strong PE program
and it is virtually impossible for me to ‘rock the boat.’
However, in my previous school. . . . I always incorporated
the standards.”
Four of the 16 teachers indicated that students were
also a major obstacle to the implementation of the
standards. In all cases, the teachers taught in urban
locales or adjacent to urban locales. Students objected to
activities which were deemed outside the scope of
traditional physical education activities or culturally
relevant activities. Therefore, teachers encountered higher
resistance with fitness activities, cooperative activities,
and non-traditional/lifetime activities. Teacher #4a
stated:
195A lot of students don’t have a problem with voicing that, this is stupid, I don’t wanna do that. Why do I have to walk across a line to get to a mat and how to figure out how to get from the mat to the bleachers . . . you know, a cooperative activity? . . . You’re going to have a heck of a time because you’re going to have students, “Ah, I’ll take a zero today. I don’t want to do this stupid game. I don’t want to do this. I thought we were going to do flag football. Now you got us, whatever.
Resistance from students can over time wear down teacher
willingness to embrace change and implement the standards.
One urban teacher indicated that his students were not
exposed to non-traditional activities outside of school.
Therefore, students who deviated from culturally established
behaviors were mocked, thus decreasing their willingness to
try. For example, in teacher #9b’s school, boys typically
played basketball while girls jumped rope. Few students
wanted to try activities such as volleyball, golf, or
fitness due to perceived stereotypes and negative
consequences. According to teacher #9a:
The kids don’t come with a wide range of experiences as far as athletics go. They don’t play soccer like in the suburban districts. . . . Now urban kids play a lot of basketball. . . . Well, I think it’s partly cultural and it’s free and it’s easy. You can put a net up on a telephone pole on the corner and it doesn’t cost you anything. To play tennis, you got to buy a racket, got to buy the balls, got to hope there’s a court with a net somewhere. You don’t find that in the city. Or there’s glass all over the court. You know, volleyball, well maybe at a picnic,
196someone might have a net I suppose. Where are you got to put it, on the concrete streets and asphalt? As far as these other sports options, they haven’t been exposed. And so when they come in high school, they don’t want to be embarrassed by demonstrating they can’t do this. . . . They’re very distracted by other things.
In addition, the difficulties were heightened socioeconomic
variables (Siedentop et al., 1994). Students’ expectations
could also impair implementation of the standards
particularly if students came from an outdated, recreation-
focused physical education program. New teachers’ efforts
to plan according to the standards, diversify the
curriculum, link instruction to the standards, and assess
student learning would likely be met with resistance.
Another major student obstacle was behavior. In some
schools, the majority of class time was devoted to managing
behaviors. In such cases, teachers restricted the variety
of activities, units, and drills in order to facilitate
behavior management. Teacher #9b stated, “Any game where
you have to rely on them being honest and abiding by the
rules of the game is tough.” Achieving adequate depth of
coverage was also difficult since students were not able to
focus for extended periods of time.
Scheduling also impaired teachers’ ability to implement
the standards. In such cases, the main complaint, as NASPE
197also noted in 2004, was that class sizes were too large. In
district 5’s high school, physical education was not
scheduled over the lunch hour so that students were
condensed into fewer classes and larger class sizes
resulted. In district four, students were scheduled for
multiple physical education classes per semester or multiple
classes in the same day.
Physical educators encountered difficulties with
facility management. At the elementary level, the gymnasium
was habitually used for school functions such as recitals,
plays, assemblies, health fairs, art shows, and other
events. According to teacher #3, “I keep my own calendar
and I write down when we can’t use the gym on this day, this
day, this day.” Facility conflicts involving physical
education were growing more frequent as schools constructed
dual-purpose gymnasiums that also served as cafeterias or
auditoriums. At the high school level, facility conflicts
typically arose with athletics. For example, teacher #6 was
not permitted to do certain activities in the gym during
basketball season, the wrestling room during wrestling
season, and the outside athletic fields during related sport
seasons. In another high school, physical educators removed
posters and other displays because they are damaged by
198after-school athletics. In urban schools, the gymnasiums
are often antiquated, small, rife with safety concerns, and
loud.
The final phase of the qualitative data analysis was to
collect lesson plans from teachers and observe those lessons
being taught. The purpose was to ensure the quality of the
data through triangulation (Patton, 1990). Teachers would
have to demonstrate their implementation of the standards
where it mattered most - the classroom. Scanned copies of
the lesson plans were included from four teachers because
they represent the spectrum of lesson plans collected
(Appendix Y).
Teacher #1c focused the lesson on school district
standards 1.1 (use intermediate sport-specific skills for
individual and team sports), 2.2 (use basic offensive and
defensive strategies in a modified version of a team and
individual sport), and 3.4 (understand sportsmanship and
proper attitudes toward both winning and losing). The
objectives and the content (teaching cues) were tied to the
standards. To begin the 6th grade lesson, each squad
assembled for the warm-up around a bucket that contained a
task, in this case, juggling. Different objects, such as
beanbags, wiffle balls, and assorted objects, were placed in
199the different buckets. After the warm-up, students began
stretching and a series of framing questions were used to
set the stage for the day’s lesson on field games. Sample
questions included: what are some examples of field games;
field games like softball can benefit you in what ways; and
field games can be played by people of what ages?
After students practiced their skills, the teacher
explained the game “over the line.” There were three
players per team and two teams. The batting team consisted
of two batters and the pitcher. The fielding team consisted
of two fielders and the catcher. The pitcher pitched to
home plate while the batter attempted to hit the ball into
the field between two parallel lines. Home plate was the
only base, so the batter did not run after hitting the ball.
The batter continued to bat until he or she accumulated
three outs. The batter was out if the ball was caught,
knocked down, or was batted outside the two parallel lines
that designated the playing field. After three outs, the
players rotated positions. The fielding players were asked
to contemplate how to successfully defend the field. At the
conclusion of the lesson, all students completed a team exit
slip asking questions related to the lesson and the
standards. For example, come up with three defensive cues
200(spread out, glove ready, ready position). The teacher
moved through the activity, providing feedback often
relating to standards 1.1 and 2.3. Standard 3.4 was used
during the closure to reinforce proper sportsmanship.
Teacher #3 listed a series of standards and major
activities in block plan format. The day’s lesson began
with jogging and stretching followed by presenting students
with a choice of activities. A closure was not used at the
conclusion of class although there were brief periods of
discussion between games. The standards were listed only by
number and letter (10.4.3c) instead of including the entire
standard statement (10.4 – know and recognize changes in
body responses during moderate to vigorous physical activity
(heart rate, breathing rate). Major details typically
associated with lesson plans such as the unit, organization,
safety precautions, accommodations, warm-ups, closures, and
assessments were absent. Most “lessons” were copied from
previous sections of the table and the instruction did not
entirely cover the standards listed on the lesson plans.
Teacher #3 demonstrated the misconception discussed earlier
that simply by providing activities, the standards will be
met.
201Teacher #4a’s lesson plan, like that of teacher #1c,
included the entire standard statement. However, during the
actual lesson in which students completed aerobic training
activities, the teacher did not address standard 10.4.9C,
“Analyze factors that affect the responses of body systems
during moderate to vigorous physical activities.” Teacher
#4a addressed parts of standard 10.4.12A by engaging in
physical activities but did not analyze those physical
activities as required by the standard. No assessments were
administered but observations, workout logs, and writing
samples were planned for the future. However, none of these
assessments seemed appropriate for measuring standard
10.4.9C. This disconnect demonstrated the difficulty
teachers have incorporating the standards through the entire
instructional process: planning, implementation, and
assessment. In addition, the lesson listed standards from
two different grade levels, 9th and 12th grade. The reason
was that the lesson was used for multiple grade levels, 9th
through 12th graders.
Teacher #7b’s lesson focused on preparing for the
FITNESSGRAM® PACER test. The unit was implemented over a
series of three lessons. The lesson objectives included
being able to correctly demonstrate the PACER, push-up, and
202sit-up tests, participate in aerobic activities, and
identify physical responses to exercise. Class began with a
whistle warm-up where students jogged around the gym and
sped up or slowed down in accordance with a whistle blast.
Following attendance, the teacher briefly discussed aerobic
exercise and gave two examples. Students then divided into
partners; one partner completed the PACER test while the
other recorded the data on a sheet. The lesson objectives
were aligned with the instructional methods but the
standards were not. Standards 10.4.6A and 10.4.6C were
incorporated throughout the lesson while standard 10.4.6D
was not discussed. Again, teachers had difficulty
connecting the standards to classroom instruction.
Standards 10.5.6A and 10.5.6D were partially covered
although students were not asked to demonstrate their
knowledge of the standards. After the lesson, Teacher #7b
believed that all the standards were covered in their
entirety.
Student Survey
The third and final phase of data collection entailed
having the students of teachers who were interviewed
complete in-class surveys. The student survey was included
in this research study to help triangulate the findings. By
203collecting teacher survey data online, observing and
interviewing teachers in their workplaces, and getting the
students’ perspective, a more accurate picture can be
formed. Unfortunately, 5 of the 16 teachers did not return
their student surveys to the researcher. Those teachers
cited a poor response rate from students or a lack of time
since the school year was near completion. A total of 338
surveys were interpretable for analysis. A small number of
student surveys (17) were discarded due to indications they
were improperly completed, such as using the same answer for
every survey item. The student survey consisted of three
demographic survey items (age, grade, and gender) and 18
Likert-scale survey items. Like the online teacher survey,
the demographic variables were analyzed against the factor
scores to test for statistical significance.
Two changes were made regarding the demographic
information. Age was not used in the statistical
calculations since age and grade are closely related.
Second, students’ grades were translated into school levels
of either elementary, middle, or high school. School levels
were utilized instead of individual grades to simplify the
data analysis and presentation.
204The frequency information for the student survey is
provided in Table 18. More females completed the student
survey due to the fact that two teachers taught only female
students. In addition, female students returned a higher
percentage of the consent forms and, therefore, completed
more student surveys. Considerably more elementary students
completed the student survey than middle or high school
students due to two reasons. First, three elementary
teachers (numbers 1a, 2, and 7b) were highly proficient at
having students return the consent forms and complete the
survey. They accounted for 60, 68, and 71 completed surveys
respectively for a total of 199 surveys. Second, four of
the five teachers who did not return any student surveys
taught in middle or high school.
Table 18. Student Survey – Frequency Table___________________________________________________________
Group Subset Freq. Perc.___________________________________________________________
Gender Male 128 37.9
Female 210 62.1
School Level Elementary 213 63.0
Middle School 65 19.2
High School 60 17.8___________________________________________________________
205The frequency information for the Likert-scale survey
items is included in Appendix Z. A Cronbach’s alpha was
conducted on the 18 survey items to test reliability. A
reliability coefficient of 0.83 was obtained and therefore,
the survey was considered reliable.
The responses for student survey item number one
indicated that over 67% of students had heard of the
Pennsylvania standards for physical education. This
percentage was higher than the 46% of teachers who agreed
that their students were aware of the standards. Therefore,
more students were aware of the physical education standards
than teachers expected. This difference most likely
reflected the emphasis placed on the standards across the
entire school curriculum. Although 67% of students were
aware of the standards, exceeding teacher expectations, the
percentage should be higher for two reasons. First, the
standards were required to be implemented for three years,
thus giving teachers ample notice to educate students.
Second, the 16 teachers selected for on-site data collection
represented some of the most standards-proficient teachers
in the state. If the top 16 of 292 participants generated a
score of 67%, what percentage would the remaining teachers
generate?
206The responses for student survey item number two
indicated that over 79% of physical education teachers
discussed the standards in class. These responses
demonstrated that a disconnect existed between the first and
second question. It was not possible for 79% of students to
state their teachers discussed the standards in class while
only 67% of students had heard of them. These percentages
also contradicted the 90% of teachers who claimed in the
online survey that they incorporated the standards into
their instruction.
The responses for student survey item number three
indicated that 89% of students believed the activities
utilized in class were covered by the state standards.
Since only 67% of students had heard of the Pennsylvania
standards for physical education, there were some
misinterpretations. Most likely, students answered item
three with the answer they believed was “correct” or another
appropriate answer.
The responses for student survey item number four
indicated that 84% of students believed the assessments
related to the Pennsylvania standards. The assessments
students performed were typically written tests and skill
207quizzes. There was no mention of other types of assessment
such as portfolios, video analysis, or fitness scores.
Survey items 5, 6, 8, and 9 addressed coverage of
specific standards related content. For example, question
five addressed standard 10.4B, question 6 addressed standard
10.4D, question 8 addressed 10.4B, and question 9 addressed
standard 10.4C. Students indicated that 90% of teachers
were effectively analyzing the physical, social, and
psychosocial aspects of regular activity (question 5).
Students indicated that 83% of teachers were effectively
discussing how exercise and physical activity related to
stress, disease prevention, and weight management (question
8). However, students also indicated that only 64% of
teachers were effectively analyzing what factors affect
physical activity and exercise patterns of adults (question
6). In addition, only 66% of students agreed that their
teachers helped analyze how factors such as climate,
altitude, and fitness level affected performance (question
9). The differences most likely indicated that some
standards were covered more than others. In addition, too
few teachers attempted to balance coverage of the standards.
The responses to survey item number 7 indicated that
over 91% of students enjoy physical education. There was no
208pattern for school level. However, for gender, 17 of the 26
participants who did not enjoy physical education were
female. This finding supports previous research that male
students enjoyed physical education more than female
students (Treanor, Graber, Housner, & Wiegand, 1998).
A factor analysis was conducted to analyze the 18
Likert-scale survey items and determine possible factors.
This analysis yielded five factors with eigenvalues over
1.0. The percentage of variance explained and the total
variance are displayed in Table 19. Factor 1 had the
highest eigenvalue and also explained the highest
Table 19. Student Survey Factor Analysis - Variance Explained
___________________________________________________________
Factor Eigenvalue % of Variance Total Variance___________________________________________________________
1 4.77 26.49 26.49
2 2.26 12.57 39.06
3 1.89 10.52 49.58
4 1.45 8.05 57.63
5 1.11 6.17 63.80___________________________________________________________
percentage of variance. Factors 2, 3, 4, and 5 explained
increasingly less of the variance but, in total, the five
209factors explained 63.80% of the variance. The eigenvalues
are also displayed in the following scree plot (Figure 2).
Analysis of the factor component matrix (Appendix AA)
indicated that 12 of the 16 survey items were loaded most
heavily on factor 1. Therefore those items were assigned to
factor 1. Factor 2 had two high load values but no pattern
emerged between the survey items and, therefore, it was
eliminated as a factor. Factor 3 also had two of the
highest load values that coalesced into an interpretable
factor. Factors 4 and 5 each had one high load value and,
therefore, they were eliminated as factors.
Figure 2. Scree Plot for Student SurveyScree Plot
Component Number
181716151413121110987654321
Eig
enva
lue
6
5
4
3
2
1
0
Component Number
Eigenv
alues
210Through the analysis of the survey items that loaded
most heavily on factor 1 and factor 3, the following labels
were assigned:
1. Factor 1 – Student knowledge of the standards and
physical education content (1SKn)
2. Factor 3 – Student enjoyment of physical education
(3SEn).
Like the online survey, the factor analysis for the student
survey created factor scores that were analyzed against the
demographic groups established by the student survey.
However, in the case of the student survey, only two groups
were formed, gender and school level, whereas 11 groups were
formed for the online teacher survey.
A t-test was performed on gender to test for
significant differences on the factors. The results yielded
one significant difference for factor 3 (Table 20).
Table 20. t-test - Gender X Factor Scores ___________________________________________________________
Factor t df Sig. Eta___________________________________________________________
1SKn -1.39 310 0.17
3SEn 3.66 310 0.00* 4.15%___________________________________________________________*p < .05
211Males enjoyed physical education significantly more
than females. The p value was calculated at 0.00 and the
practical significance at 4.15%.
A one-way ANOVA was performed to test for differences
among school levels and the factors. The results indicated
a significant difference for factor 1; F(2,309) = 37.14, p <
.05., and factor 3; F(2,309) = 25.05, p < .05 (Table 21).
Table 21. ANOVA - School Level X Factor Scores ___________________________________________________________
Factor Source SS df MS F P Eta___________________________________________________________
1SKn Between 60.27 2 30.13 37.14 0.00* 19.38%
Within 250.73 309 0.81
3SEn Between 43.39 2 21.70 25.05 0.00* 13.95%
Within 267.61 309 0.87___________________________________________________________*p < .05
A post-hoc analysis using Tukey’s HSD was calculated.
For factor 1SKn, the post-hoc test indicated that middle
school students reported significantly higher knowledge of
physical education content than both elementary and high
school students. In addition, elementary school students
scored significantly higher than high school students for
factor 1SKn. The practical significance for factor 1 was
212calculated at 19.38%. These results suggested that middle
school students were learning the most in physical education
while high school students were learning the least. This
occurred despite the fact high school teachers reported
having more time for instruction than both middle and
elementary schools. Etiological factors for these
differences may have included larger departments where less
effective teachers impeded entire departments, failure to
focus on lifetime activities, lack of planning and more
focus on coaching, less enjoyment of physical education, and
the concentration of the more effective teachers at the
middle school level for this research study.
For factor 3, student enjoyment of physical education,
elementary school students scored significantly higher than
middle school and high school students. The practical
significance for factor 3 was calculated at 13.95%. This
finding confirms previous research that elementary school
students enjoyed physical education more than middle and
high school students (Durrant, 1992). Etiological factors
for these differences may include that elementary school
students are more agreeable and passionate about physical
activity than older students.
213Like the online teacher survey, the student survey also
had a section for open-ended responses at the conclusion.
Students were asked, “Please explain how the Pennsylvania
standards for physical education are used in class. Also,
what do you know about the standards.” One-hundred seventy
nine students out of 338 students (52.96%) wrote a response
in the open-ended section of the survey. Student open-ended
responses are included as Appendix AB.
Upon examination of the student open-ended responses,
three themes emerged. First, the standards were
occasionally posted and visible to students. Second,
teachers occasionally mentioned and discussed the standards
in class. Finally, the teachers connected activities done
in class to the standards. Several responses supported
these conclusions:
1. Student #67 stated, “They [the standards] are
[written] on a dry erase board and posted in the locker
room.”
2. Student #275 stated, “The standards are usually on
the chalk board on our tests.”
2143. Student #259 stated, “Before we do activities, we
look at the standards we will be doing and talk about which
body parts are working with the exercises we will be doing.”
4. Student #254 stated, “We talk about the standards
before we play a game.”
5. Student #71 stated, “In class, we participate in
many classes that deal with the Pennsylvania standards.”
6. Student #267 stated, “In class we talk about
physical education standards then we go out and play games
that tie in with the standards.”
7. Student #240 stated, “We do exercises, and play
games that are related to the standards.”
Analysis of the student quantitative data seemed to
indicate that teachers post, discuss, and base instruction
on the standards. However, the result from the two other
sections, particularly the teacher interviews, contradicted
these findings. Some teachers did post, discuss, and base
instruction on the standards while most did not.
The fact that the standards shape curriculum and
assessment was not readily apparent in student responses.
Instead, students’ understanding of the standards reflected
a curriculum mapping approach where activities came first
and the standards were inserted later. This perception will
215change only as physical educators reorder their conception
of curriculum development to the standards first and the
activities second.
216
CHAPTER 5
SUMMARY, CONCLUSIONS, MEANING FOR PRACTITIONERS, AND RECOMMENDATIONS FOR FUTURE RESEARCH
The purpose of this study was to measure the effect of
the passage of the Pennsylvania standards for physical
education upon its planning, teaching, and assessment in the
public schools. This chapter is subdivided into the
following sections: (a) summary, (b) conclusions, (c)
meaning for practitioners, and (d) recommendations for
future research.
Summary
Data were collected through three primary methods:
online teacher surveys, teacher interviews, and written
student surveys. Teacher recruitment for the online survey
focused on building a representative sample across the
following variables: gender, locale, school level,
geographic location, and school district enrollment. Of the
684 teachers solicited for involvement, 292 completed the
online survey representing a 42.69% response rate. A factor
analysis of the online survey results identified the
following factors as themes or patterns in the data:
2171. Factor 1 – Teacher knowledge and incorporation of
standards into the curriculum (1TKI).
2. Factor 2 – Student achievement of grade level
standards (2SAc).
3. Factor 4 – Student awareness of Pennsylvania state
standards for physical education (4SAw).
4. Factor 5 – Teacher coordination with other district
physical education teachers (5TCo).
The factor scores for each participant were compared to
the following variables formed by the online survey
demographic questions: gender, school level, locale,
department chairperson, district supervisor, PSSA scores,
number of years teaching, total school enrollment, total
district enrollment, and professional memberships. These
comparisons used the following statistical analyses: ANOVAs,
correlations, regressions, and t-tests. Of the 40
comparisons analyzed, 13 were significant at the .05 level.
However, none of the 13 significant comparisons exceeded the
generally accepted practical significance threshold of 10%.
All comparisons were below 5% with the exception of locale
(6.17%) in which there was a trend towards practical
significance. The results indicated that rural and suburban
218students reported significantly higher achievement of grade
level standards than urban school students.
Based upon the online survey results, 16 teachers were
interviewed and observed and provided curricular documents
such as lesson plans. Analysis of the qualitative data
yielded five major themes and several respective sub-themes:
(1) background (value, purpose of the standards, likes and
dislikes), (2) standards competence (knowledge of the
standards, educating oneself, professional development,
administrative influence), (3) curriculum development
(philosophy of the department, coordination, curricular
organization, coverage of the standards), (4) standards
implementation (instruction, assessment and achievement,
student knowledge), and (5) organizational promotion and
constraint (time in PE, administration)
Several major findings resulted from the analysis of
the qualitative interviews. Teachers believed that the
standards were valuable. They appreciated that the
standards provided a general framework for physical
education content. In addition, the standards linked
physical educators across the state, thus alleviating the
sense of isolation that some educators experienced.
219The standards represented a major advancement in the
accountability of physical educators and physical education
programs. In the past, there were no standardized criteria
regarding quality instruction. With the standards,
students, parents, teachers, and administrators could
objectively assess the merit of a physical education program
and its instruction simply by comparing the program to the
standards.
Although standards-based physical education was
valuable, it suffered from a lack of resources. First was a
lack of instructional time, particularly at the elementary
level. School districts were not requiring sufficient
physical education instructional time to meet the state
standards. There also existed a lack of coordination
between teachers in district-level physical education
programs. Teachers indicated via interviews that the lack
of a district-level supervisor of physical education allowed
teachers to act more autonomously than was desirable in
regard to the curriculum and one another. This lack of
coordination and oversight was partially filled by
administration but they lacked the in-depth understanding of
physical education necessary to compel teachers to address
the standards. Department chairpersons, on the other hand,
220had the understanding but lacked the authority. Too often,
teachers simply listed standards on lesson plans instead of
incorporating them through the entire cycle: planning,
teaching, and assessing. Physical education programs also
suffered from a lack of professional development. Aside
from department meetings, informal gatherings, and
attendance at conferences, few opportunities existed,
especially when compared to reading and mathematics. School
districts needed to enhance physical education professional
development by purchasing resources, inviting guest
speakers, and other actions requested by physical educators.
Another major finding was the disconnect that existed
between the standards teachers perceived they were
addressing and what was actually taught in class. This may
have been partly due administrative desirability. Teaching
to a standard means more than simply providing activities;
teachers must address the standards to the students. There
also existed a disconnect between standards-based
instruction and assessment. Many teachers continued to
grade primarily on effort, attitude, and participation and
simply assumed mastery of the standards. Instead, all
assessments should have been linked to the standards. The
idea was to create a straight line from planning, to
221teaching, and assessment. Too often teachers believed that
activities were the curriculum. Instead, the standards
should form the basis for the entire curriculum that will
then be manifested through an array of instructional
strategies, educational games, and lifetime activities.
The final major qualitative finding was that teachers
failed to balance coverage of the standards. This problem
was a concern because whole areas of the standards were
being neglected. Instead, teachers should develop a
systematic approach to tracking the amount and type of
instruction devoted to each standard, standard statement,
and bullet.
Three-hundred and thirty eight students completed the
student survey. Analysis of the descriptive statistics
yielded two findings. First, a greater percentage of
students should have been aware of the standards. This
finding was confirmed in both the online teacher survey and
the teacher interviews. Second, standard 10.4C, the body’s
response under various conditions, and standard 10.4D,
factors affecting activity preference, were not addressed
sufficiently.
Two factors resulted from the factor analysis, (a)
student knowledge of the standards and physical education
222content and (b) student enjoyment of physical education.
Statistical analysis of the factor scores against the
demographic groups indicated that middle school students
scored significantly higher in terms of knowledge of the
standards and physical education content compared to
elementary and high school students. In addition,
elementary school students enjoyed physical education
significantly more than middle or high school students. In
both significant cases, the practical significance exceeded
10%. Students indicated in qualitative data that teachers
posted, discussed, and based instruction on the standards.
However, the teacher interviews and observations
contradicted these findings.
Conclusions
The following research questions were addressed in this
research study:
1. How are the physical education standards
being implemented and assessed by Pennsylvania physical
education teachers? There exists a diversity of methods
employed to implement the standards. Generally teachers
plan in accordance with the standards however instruction
and assessment fail to adequately address them.
2. How do school size, locale, school level, and
223administrative coordination of physical education affect
implementation of the physical education standards? No
significant comparisons resulted examining the demographic
teacher variables against the factors. Regarding student
survey data, middle school students perceived significantly
higher knowledge of the standards and physical education
content than elementary and high school students. In
addition, elementary school students perceived significantly
higher knowledge of the standards and physical education
content than high school students. Lastly, elementary
school students perceived they enjoyed physical education
more than middle and high school students.
3. Is the amount of time allotted to physical
education sufficient to acquire the knowledge and skills
mandated by the physical education standards? The amount of
time allotted to physical education is insufficient. A
majority of high school, middle school, and elementary
school teachers preferred augmenting instructional time.
4. What coordination methods exist within a
district relative to the implementation of the state
standards? When coordination was present in a physical
education program, there were two main approaches. First,
224department chairpersons acted as department supervisors
however they lacked the authority and resources to perform
effectively. Second, administrators acted as vehicles for
physical education coordination but lacked the knowledge to
do so effectively.
Meaning for Practitioners
It is important that the findings of this study
translate into change which ultimately affects student
learning. There are several practitioners for whom these
findings are relevant. They include teachers, teacher
education faculty, physical education coordinators, the PDE,
students, and parents.
Teachers must strive to improve their knowledge and
coverage of the standards. This means teachers must have a
working understanding and be able to recall standards 10.4
and 10.5 and the majority of standard statements and
bullets. This more in depth understanding will better
enable teachers to link standards-related content, make
adjustments, and address the standards during instruction.
Teachers address the standards during planning, typically by
referencing print-outs of the standards, but not during
instruction due to unfamiliarity and lack of recall.
225Teachers must also strive to balance coverage of the
standards. That is not to say all standards should receive
equal attention. However, for each standard statement and
bullet, teachers should plan and implement instruction then
measure learning via assessment. Possible options for more
equitably addressing all components of the standards include
a tally for each standard, standard statement, and bullet or
a summation of the class devoted to each.
Teachers must become more adept and implementation the
standards throughout the entire cycle of instruction:
planning, teaching, and assessment. This aspect is
absolutely critical. Most teachers in this study used the
standards during planning but failed to incorporate the
standards during teaching and assessment. This outcome is
not due to teacher indifference to the standards or
complacency but lack of understanding that this is
necessary. There are a myriad of benefits to utilizing the
standards during instruction and assessment which were
discussed earlier.
Helping teachers incorporate the standards throughout
the cycle of instruction is contingent upon teacher
motivation. Internally motivated teachers are more likely
to seek and incorporate knowledge which improves instruction
226and learning. Therefore, availability and access to the
information is critical and will be provided online through
a researcher-designed website, the 2007 PSAHPERD conference,
and professional development presentations upon request.
For externally motivated teachers, improving standards
implementation throughout the cycle of instruction is more
difficult. These teachers, the preponderance of whom are
tenured, may require external pressure from administrators,
state education officials, or colleagues in order to change.
Transforming the practices of these individuals is vital
because outmoded teachers impede individual teachers and
entire departments. It is difficult to elevate instruction
to a new level when some teachers are not “on board.”
Teachers must also strive to do more than merely
“cover” the standards. Teachers must help students achieve
the standards by bringing them alive in the classroom.
Instead of ensuring that standards are covered and that
students are “busy, happy, good,” teachers must endeavor to
reach out, to motivate students, and to ensure quality
programming through standards-based planning, teaching, and
assessing. Physical education as a profession is in a
precarious position. As more emphasis is placed on reading
and mathematics via the PSSA exams, which shortly will
227include science and social students, physical education must
move vigorously to justify and enhance its place in the
school curriculum. By teaching based upon the standards and
assessing students in a way that provides meaningful
quantitative data, physical educators can demonstrate real
learning outcomes. This is important to help offset the
reduction in class time which has occurred during the past
decades.
The findings of this research study also impact teacher
educators. Higher education institutions, if they have not
already done so, should adopt educational standards for
their teacher education programs. Thereafter, those
standards should be infused throughout all courses in a
school or college of education. By requiring that higher
education faculty address the standards in planning,
teaching, and assessment, appropriate standards-based
practice can be modeled to future teachers. One of the most
powerful influences upon the future instruction of teaching
candidates is how they were taught. By the power of
example, higher education faculty can demonstrate proper
standards implementation.
Higher education faculty should require that teacher
candidates more closely link the activities embedded in a
228lesson to the standards. As was noted in the qualitative
portion of this study, teachers often listed the standards
at the beginning of a lesson and did not address them.
Instead, lesson plan forms should be modified such that the
standards and activities are interspersed with one another
throughout the document. This may take the form of a
separate column or text within activities’ descriptions.
Higher education faculty should place more emphasis on
balancing instruction and assessment of the standards. This
ability was lacking in nearly all interview candidates.
This training may take place in curricular or methodological
classes.
Coordination of physical education programming is a
prevalent problem across the state. Schools districts
should employ designated physical education supervisors on
par with other departments who are trained and have
authority to evaluate teacher performance and implement
change. If not, physical educators should advocate such a
position or individual physical educators should step
forward. In the instances where school districts will not
designate a supervisor, additional authority should be given
to department chairpersons who function as district
supervisors such that they may evaluate teacher quality and
229implement change. This authority will influence teachers
who are externally motivated to change. Physical education
coordinators, whether they are designated supervisors or
department chairpersons, should provide standards-based
physical education professional development which may entail
training about the standards, designing standards-based
instruction, linking the standards to assessment,
redesigning the curriculum in accordance with the standards,
aligning standards implementation with grade levels, and
other topics.
The Pennsylvania Department of Education received a
large quantity of feedback about the standards from
practicing teachers. As discussed earlier, teachers
objected to the cognitive focus and vagueness of the
standards. The Pennsylvania standards are academic
standards and therefore by necessity have a large amount of
cognitive information. This specified content helps
delineate the knowledge base for which students will be
responsible and also enhances the status of physical
education. The standards were intentionally crafted to be
broad in order for school districts to utilize them as a
template when crafting their own. However, the majority of
school districts in Pennsylvania have not created standards
230for physical education. Therefore, teachers are relying
upon vague state standards for planning, instruction, and
assessment. Based on this current reality, one of two
solutions may be appropriate. First, the state could
require all school district to formulate and submit physical
education standards. Second, the state could make the
physical education standards more specific and mandate all
school districts utilize those. Either solution is more
satisfactory than the current scenario where the state
standards are too broad and too few school districts have
district standards to be effective.
The PDE should also require that department supervisors
or department chairpersons who function in that capacity are
properly trained. Regional professional development
opportunities or online courses should be completed for
individuals to continue in their present position.
Professional development opportunities should also be
required for administrators who observe physical education.
Typically these individuals have no formal training in
physical education yet are supervising teachers and in some
cases entire departments.
The PDE should revamp the accreditation process for the
public schools. Currently in Pennsylvania the Middle States
231Association of Colleges and Schools accredits public
schools. However, in examining the standards for
accreditation, schools must only offer physical education.
These standards speak nothing towards the quantity or
quality of physical education and do not address the state
standards, learning outcomes, fitness, lifetime sports,
socialization, or other topics considered essential to
physical education content. This reality reflects the lack
of guidance which permeates physical education from the
highest levels down to individual teachers. The state does
provide standards but it is not ensuring quality instruction
though its own devices, school administration, physical
education supervisors, or department chairpersons?
As part of No Child Left Behind (U.S. Department of
Education, 2002), states began increasing the use of
standardized testing in order to improve student learning
and foster more accountability. Another impact has been the
phenomenon of teaching to the test. Therein teachers focus
their instruction on the areas of the curriculum which will
be tested. In physical education, there is currently no
state exam. However, unlike other subjects, there are
divergent opinions regarding what, when, and how content
material should be taught. A state exam would help to
232remedy this and serve a two-fold purpose. It would measure
student learning and make teachers and school districts more
accountable. It would also create more standardization in
the curriculum. This is important because physical
education teachers have larger than average latitude
regarding subject matter (what, when, and how). In other
subjects such as mathematics for example, there is less
flexibility. In ninth grade students study algebra, tenth
grade geometry, eleventh grade trigonometry, and twelfth
grade calculus. There are no comparable guides for physical
education. In fact, a teacher could meet the standards by
teaching basketball every day from kindergarten through
twelfth grade (R. Swalm, personal communication, November
27, 2006). As Judy Rink (2002) stated, this flexibility has
allowed too many teachers to institute poor programming.
Since oversight of physical education is lacking, these
practices continue. The state must impose more detailed
state standards statewide or require all school districts to
submit their own and also create a state physical education
exam to increase standardization and accountability.
Lastly, parents should hold school districts
accountable for providing the necessary resources for their
children to meet the state standards. By making suggestions
233or lodging complaints to the school board or the state, real
change can be enacted. Parents have the power to author
change although too few realize this potential.
Recommendations for Future Research
1. Analyze why teachers believed the standards are not
producing more “physically educated” students. What
obstacles impede this process and what, if any, areas of the
standards need to be modified or eliminated?
2. Examine more closely the role of supervision in
physical education. For example, why did districts with
supervisors score below those without supervisors,
especially in the context of district one which had an
exemplary supervisor.
3. Analyze more closely how teachers incorporate the
standards into assessment. Major deficiencies were exposed
in this area. For example, three teachers had never
considered linking the standards to assessment. In this new
era of accountability and assessment, it is critical
physical educators have numeric data to support learning.
4. Systematic approaches in higher education should be
developed and taught to address balancing coverage of the
standards. Few teachers considered balancing and those who
did relied exclusively on checklists.
2345. Dialogue should take place between teachers,
teacher educators, and administrators addressing what it
means to adequately teach a standard. Does that mean
planning, teaching, and assessing a standard or merely using
activities that purportedly address them? Does that mean
covering only the standard or the standard statements and
bullets underneath?
6. Examine why high school students are purportedly
learning the least in physical education compared to middle
and elementary school students. What factors impede their
ability to learn at comparable levels to the other grade
levels?
235
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246
10.4. Physical Activity
10.4.3. GRADE 3 10.4.6 GRADE 6 10.4.9. GRADE 9 10.4.12 GRADE 12
Pennsylvania’s public schools shall teach, challenge, and support every student to realize his or her maximum potential and to acquire the knowledge and skills needed to:A. Identify and engage in physical activities that promote fitness and health. B. Know the positive and negative effects of regular participation in moderate to vigorous physical activities. C. Know and recognize changes in body responses during moderate to vigorous physical activity. heart rate breathing rateD. Identify likes and dislikes related to participation in physical activities.E. Identify reasons why participation in physical activities improves motor skills.F. Recognize positive and negative interactions of small group activities. roles (e.g.,
leader, follower)
A. Identify and engage in moderate to vigorous physical activities that contribute to physical fitness and health.B. Explain the effects of regular participation in moderate to vigorous physical activities on the body systems.C. Identify and apply ways to monitor and assess the body’s response to moderate to vigorous physical activity. heart rate
monitoring checking blood
pressure fitness assessmentD. Describe factors that affect childhood physical activity preferences. enjoyment personal interest social experience
A. Analyze and engage in physical activities that are developmentally/individually appropriate and support achievement of personal fitness and activity goals.B. Analyze the effects of regular participation in moderate to vigorous physical activities in relation to adolescent health improvement. stress management disease prevention weight managementC. Analyze factors that affect the responses of body systems during moderate to vigorous physical activities. exercise (e.g., climate,
altitude, location, temperature)
healthy fitness zone individual fitness status
(e.g., cardio respiratory fitness, muscular endurance, muscular strength, flexibility)
A. Evaluate and engage in an individualized physical activity plan that supports achievement of personal fitness and activity goals and promotes life-long participation. B. Analyze the effects of regular participation in a self-selected program of moderate to vigorous physical activities. social physiological psychologicalC. Evaluate how changes in adult health status may affect the responses of the body systems during moderate to vigorous physical activity. aging injury and diseaseD. Evaluate factors that affect physical activity and exercise preferences of adults. personal challenge physical benefits finances
247
cooperation/sharing on task
participation
opportunities to learn new activities
parental preference
environmentE. Identify factors that have an impact on the relationship between regular participation in physical activity and the degree of motor skill improvement. success-oriented
activities school-community
resources variety of
activities time on taskF. Identify and describe positive and negative interactions of group members in physical activities. leading following teamwork etiquette adherence to rules
drug/substance use/abuseD. Analyze factors that affect physical activity preferences of adolescents. skill competence social benefits previous experience activity confidenceE. Analyze factors that on the relationship between regular participation in physical activity and motor skill improvement. personal choice developmental differences amount of physical
activity authentic practiceF. Analyze the effects of positive and interactions of adolescent members in physical activities. group dynamics social pressure, climate,
altitude, location, temperature)
healthy fitness zone individual fitness status
(e.g., cardio respiratory fitness, muscular endurance, muscular strength, flexibility)
drug/substance use/abuse
motivation access to activity self-improvementE. Analyze the interrelationships among regular participation in physical activity, motor skill improvement and the selection and engagement in lifetime physical activities.F. Assess and use strategies for enhancing adult group interaction in physical activities. shared responsibility open communication goal setting
248247
249
10.5. Concepts, Principles, and Strategies of Movement
10.4.3. GRADE 3 GRADE 6 10.4.9. GRADE 9 GRADE 12
Pennsylvania’s public schools shall teach, challenge, and support every student to realize his or her maximum potential and to acquire the knowledge and skills needed to:A. Recognize and use basic movement skills and concepts. locomotor movements
(e.g., run, leap, hop) non-locomotor movements
(e.g., bend, stretch, twist)
manipulative movements (e.g., throw, catch, kick)
relationships (e.g., over, under, beside)
combination movements (e.g., locomotor, non-locomotor, manipulative)
space awareness (e.g., self-space, levels, pathways, directions)
effort (e.g., speed, force)
B. Recognize and describe the concepts of motor skill development using appropriate vocabulary. form developmental
differences critical elements feedbackC. Know the function of practice.D. Identify and use
A. Explain and apply the basic movement skills and concepts to create and perform movement sequences and advanced skills.B. Identify and apply the concepts of motor skill development to a variety of basic skills. transfer between
skills selecting relevant
cues types of feedback movement efficiency product
(outcome/result)C. Describe the relationship between practice and skill development.D. Describe and apply the principles of exercise to the components of health-related and skill-related fitness. cardio respiratory
endurance muscular strength muscular endurance flexibility
A. Describe and apply the components of skill-related fitness to movement performance. agility balance coordination power reaction time speedB. Describe and apply concepts of motor skill development that impact the quality of increasingly complex movement. response selection stages of learning a
motor skill (i.e. verbal cognitive, motor, automatic)
types of skill (i.e. discrete, serial, continuous)
C. Identify and apply practice strategies for skill improvement. D. Identify and describe the principles of training using appropriate vocabulary. specificity overload progression
A. Apply knowledge of movement skills, skill-related fitness and movement concepts to identify and evaluate physical activities that promote personal lifelong participation.B. Incorporate and synthesize knowledge of motor skill development concepts to improve the quality of motor skills. open and closed skills short-term and long-
term memory aspects of good
performanceC. Evaluate the impact of practice strategies on skill development and improvement.D. Incorporate and synthesize knowledge of exercise principles, training principles and health and skill-related fitness components to create a fitness program for personal use.E. Evaluate movement forms for appropriate application of scientific and biomechanical
250
250
principles of exercise to improve movement and fitness activities. frequency/how often to
exercise intensity/how hard to
exercise time/how long to
exercise type/what kind of
exerciseE. Know and describe scientific principles that affect movement and skills using appropriate vocabulary. gravity force
production/absorption balance rotationF. Recognize and describe game strategies using appropriate vocabulary. faking/dodging passing/receiving move MOVING to be open defending spacefollowing rules of play
body compositionE. Identify and use scientific principles that affect basic movement and skills using appropriate vocabulary. Newton’s Laws of
Motion application of force static/dynamic
balance levers flightF. Identify and apply game strategies to basic games and physical activities. give and go one-on-one peer communication
aerobic/anaerobic circuit/interval repetition/setE. Analyze and apply scientific and biomechanical principles to complex movements. centripetal/
centrifugal force linear motion rotary motion friction/resistance equilibrium number of moving
segmentsF. Describe and apply game strategies to complex games and physical activities. offensive strategies defensive strategiestime management
principles. efficiency of movement mechanical advantage kinetic energy potential energy inertia safetyF. Analyze the application of game strategies for different categories of physical activities. individual team lifetime outdoor
251
252TO: Superintendent or Assistant Superintendent FROM: [email protected]: Authorization for standards-based research studyEmail Text: Dear Superintendent [Last Name],
Your school district has been selected for a research study. This study is examining how the Pennsylvania physical education standards are currently being implemented and assessed. The results of this study will serve to guide future standards development, professional development opportunities, physical education teacher education programs, as well as allow me to complete my doctoral degree at Temple University.
With your permission, I will collect the email addresses of physical educators in your district and send them emails inviting them to participate in an online survey. You are welcome to view the online survey via the attached document or online at the following web address: http://www.zoomerang.com/survey.zgi?p=WEB224VXWYV3W7
Before implementing these procedures, I ask that you reply to this email and state whether you authorize me to contact the physical educators in your district. If the email addresses of physical educators in your district are not readily available on your website, I would greatly appreciate if they could be included in the reply or a separate email.
All information collected will remain completely confidential. Participants will receive a summary of the research findings upon completion. If you would like additional information, please contact me via email ([email protected]) or my dissertation advisor, Dr. Ricky Swalm ([email protected], (215)204-8713).
Thank you for your assistance, Sincerely, Matthew CummiskeyPh.D. student at Temple UniversityPhysical educator at West Philadelphia High [email protected]
254TO: Superintendent or Assistant Superintendent FROM: [email protected]: Physical education research studyEmail Text: Dear Superintendent [Last Name],
I hope your school district scored well on the recent PSSA exams.
Two weeks ago you received an email about a research study pertaining to the Pennsylvania physical education standards. I am seeking your permission to email the physical educators in your school district and invite them to complete a short online survey. Strict confidentiality will be maintained and school districts and teachers will not be identified. I encourage you to view the online survey via the attached document or online at the following web address: http://www.zoomerang.com/survey.zgi?p=WEB224VXWYV3W7
Before I send any emails, you must reply to this email and state whether you authorize me to contact the physical educators in your district. If the email addresses of physical educators in your district are not readily available on your website, I would greatly appreciate if they could be included in the reply or a separate email.
In the absence of authorization, no additional correspondences will be directed to your school district. If you would like additional information, please contact me via email ([email protected]) or my dissertation advisor, Dr. Ricky Swalm ([email protected], (215)204-8713).
Thank you for your assistance, Sincerely,Matthew CummiskeyPh.D. student at Temple UniversityPhysical educator at West Philadelphia High [email protected]
256TO: Director of Personnel/Supervisor of Physical EducationFROM: [email protected]: Physical Education Standards in Pennsylvania
Email Text: Dear [Mr/Mrs Last Name],
Your school district has been selected for a research study which has been authorized by your superintendent. This study is examining how the Pennsylvania physical education standards are currently being implemented and assessed [text deleted].
I have browsed your school district’s website but unfortunately, have not been able to determine the email addresses of current physical education teachers. Therefore, I would greatly appreciate if you would reply to this email and include their email addresses. Upon receipt of these addresses, an email will be sent inviting teachers to participate in an online survey lasting 5–15 minutes. I encourage you to view the online survey via the attached document or online at the following web address: http://www.zoomerang.com/survey.zgi?p=WEB224VXWYV3W7A copy of this survey has been attached. All information collected will remain confidential and no personally identifying information will be collected.
If you would like additional information, please contact me via email ([email protected]) or my dissertation advisor, Dr. Ricky Swalm ([email protected], (215)204-8713).
Thank you for your assistance,
Sincerely,Matthew CummiskeyPh.D. student at Temple UniversityPhysical educator at West Philadelphia High [email protected]
258TO: Potential Teacher ParticipantFROM: [email protected]: Physical Education Standards in Pennsylvania
Email Text: Your school has been selected for a research study which has been approved by Superintendent [Last name]. This study is examining how the Pennsylvania physical education standards are being implemented in the public schools. The results of this study will provide a snapshot of how the standards are being implemented and serve to guide future standards development, professional development opportunities, physical education teacher education, and the advancement of our profession. Following your participation, the overall results of the study will be emailed to you later this summer.
Your participation involves completing an online survey lasting approximately 5-15 minutes. All participant information will be kept strictly confidential and in fact, your name is not required.
To participate, click the following link. If you encounter difficulties opening the link, copy and paste it into your web browser’s address bar and click enter.
http://www.zoomerang.com/survey.zgi?p=WEB2254NEZY2U8
If you would like additional information, please contact me via email ([email protected]) or my dissertation advisor, Dr. Ricky Swalm ([email protected], (215)204-8713).
I sincerely thank you for participating in this study.
Matthew CummiskeyPh.D. student at Temple UniversityPhysical educator at West Philadelphia [email protected]
260Matthew Cummiskey4532 Walnut Street, Apt B11Philadelphia, PA [email protected](215)901-9730 (cell)
Superintendent’s NameStreet AddressCity, State, Zip Code
Dear Superintendent or Assistant Superintendent,
I am a doctoral student in Kinesiology at Temple University. As part of my degree requirements, I am completing a dissertation. My study is examining the implementation and assessment of Pennsylvania physical education standards 10.4 and 10.5. With your permission, I would like to conduct a portion of this study in your school district.
Student Investigator: Matthew CummiskeyFaculty Advisor: Dr. Ricky SwalmDepartment: KinesiologyTitle of Proposal: Implementation of the Pennsylvania state standards for physical education: Teacher and student perspectives
Project Information:1. Project Description: One physical education teacher
will be interviewed for a time not exceeding one class period. Non-participant observations will be conducted the same day on two to classes taught by the interview participant. Curricular related materials such as teacher selected lesson plans and a unit plans will be collected. Upon completion of these steps, the researcher will provide the teacher with student surveys to be completed in class. The surveys must be completed within two weeks of the cessation of interviews and observations and returned to the researcher in self-address stamped envelopes.
2. Qualifications of Researcher-The researcher is a Temple University graduate student completing his doctorate in accordance with degree requirements. The researcher is also a Pennsylvania state certified health and physical education teacher currently teaching health and physical education at West Philadelphia High School.
3. Attachments:
261a. Informed consent form-interview participantsb. Interview questions for teachersc. Student surveyd. Informed assent and consent forms-student
participants4. Confidentiality: School districts and teachers will be
identified by a code known only to the researcher and dissertation committee. At no point in the research or publication process will the names of school districts or teachers be made public. Student names will not be collected because they are not integral to the research study. All collected materials will remain confidential and will be stored in a locked location for three years until they are destroyed.
5. Informing Subjects: Teachers will be verbally informed of the study by the researcher and will sign an informed consent form. Students will be verbally informed of the study by their teachers. In addition, students and a parent/guardian will complete and return an informed assent and consent form in order to participate.
6. Persons to Contact:a. Investigator: Matthew Cummiskey,
[email protected], (215) 901-9730b. Advisor: Dr. Ricky Swalm, [email protected],
(215) 204-8713 c. Temple University Institutional Review Board
Coordinator: Richard Throm, [email protected], (215) 707-8757
7. The participation of all subjects is voluntary and they may withdraw their consent and discontinue their participation without penalty at any time.
I have read the description of the research project stated above and authorize its implementation.
________________________________________________ (Signature of Superintendent or Assistant Superintendent) ______________________(Date)
263Pennsylvania Physical Education Standards Survey
Welcome to the Pennsylvania Physical Education Standards Survey. Please respond accurately to all survey questions so that we can arrive at a true understanding of how the standards are being implemented. This study also involves teacher interviews and if you would like to be contacted for a possible interview, please provide your contact information at the end. All information will remain completely confidential.
1. Demographic information1. You are
a. Maleb. Female
2. How many years have you been a full-time teacher in the public schools?a. Enter number
3. Which grade level do you teach?a. Elementary school (K-5)b. Middle school (6-8)c. High school grade (9-12)d. Multiple levels
4. In what setting do you perceive your school to be located?a. Central city/urbanb. Urban fringe/suburb/large townc. Rural/small town
5. How many physical education teachers are in your school (include yourself)? a. Enter number
6. Approximately how many students are in your school?a. Enter the number
7. Approximately how many students are in your school district?a. Enter the number
8. Is there a supervisor of physical education for your school district?a. Yesb. No
2649. Is there a chair or head of the physical education
department in your building?a. Yesb. No
10. How would you rate the performance of students in your school district in PSSA exams against other students in the state?a. Above averageb. Averagec. Below average
11. I am a member of (check all that apply):a. AAHPERDb. PSAHPERDc. Relevant Coaching Associationd. NEA/PSEA
2. Click the number which indicates whether you strongly agree, disagree, agree, or strongly disagree with the statement (4 = strongly agree, 3 = agree, 2 = disagree, 1 = strongly disagree)1. I am familiar with Pennsylvania physical education
standards 10.4 and 10.5.2. I use the standards as a guide when creating
lesson plans.3. I incorporate the standards into my teaching.4. I believe the standards are valuable.5. I plan assessments which address the standards.6. My students have met the grade level PA standards
for PE.7. Enough class time is allocated to physical
education by my school district to achieve the standards.
8. I coordinate with other physical educators in my school district regarding how to implement the PA standards in class.
9. I improve my knowledge of the standards through workshops and professional development.
10.Students in my classes have achieved the respective grade level standards.
11.The standards are making a positive difference in how “physically educated” my students are.
12.The standards accurately reflect knowledge and skills which will be useful to students as adults.
13.The standards are not of much use.14.My students are aware there are state standards
for physical education.
26515.I understand the state’s physical education
standards. 16.When drafting lesson plans, the standards help
direct what I should cover or include. 17.My teaching reflects the standards.18.The amount and frequency of physical education is
sufficient to achieve the standards.19.I work with other teachers in my district when
deciding how to incorporate the standards in class.
20.Due to the standards, how “physically educated” my students are has improved.
21.Workshops and professional development help me improve my understanding of the standards.
22.Students in my classes have heard of the state standards for physical education.
23.The material covered by the standards will be valuable to students after high school as adults.
24.The assessments I create are focused on the standards.
3. Open Ended: Please describe how you integrate the standards into your entire physical education program (planning, teaching, assessing, other).
4. May we contact you for a possible follow-up interview?1. Yes2. No
5. If you answered “yes” above, please provide your name and contact information. This information will not be disclosed to a third party.1. Name:2. Email Address:3. Phone Number:4. Work Zip Code:
267
Pennsylvania Physical Education Standards SurveyCONSENT FORM Please click "Start Survey" at the bottom after reading this consent form. Title: Implementation of the Pennsylvania State Standards for Physical Education Researchers(s): Matthew Cummiskey, M.S., Department of Kinesiology (215) 204-1940, Pearson Hall #140, Temple University, Philadelphia, PA 19122, Email: [email protected] Advisor: Ricky Swalm, PhD
CONSENT TO ACT AS A PARTICIPANT FOR RESEARCH PURPOSE: The purpose of this study is to analyze how the Pennsylvania Academic Standards 10.4 and 10.5 for Health, Safety and Physical Education are being implemented and assessed in the public schools. SELECTION OF SUBJECTS: I understand that I have been chosen to participate in this study because I a certified public school physical education teacher in the Commonwealth of Pennsylvania. GENERAL EXPERIMENTAL PROCEDURES: I understand that I will be required to complete the following online survey. The survey will take approximately 5-15 minutes to complete. I may provide additional information by answering the open-ended question at the end of the survey. RISKS: There are no known risks associated with participating in this research study. If however, any problems or concerns arise, I will contact the researcher. BENEFITS: I will receive an email attachment describing the general results of the research. CONFIDENTIALITY: I understand that my privacy will be maintained throughout the research and publication process. Only the researcher and dissertation committee will have access to participant information. DISCLAIMER/WITHDRAWAL: It is understood that my participation is unconditionally voluntary and I may at any time terminate my involvement. I understand that non-participation or withdrawal from the research study will not prejudice future interactions with the investigator or Temple University. SUBJECT RIGHTS: I understand that if I wish further information regarding my rights as a research subject, I may contact Richard Throm, Temple University Institutional Review Board Coordinator at the Office of Vice President for Research by phoning (215) 707-8757. I also understand that I may ask questions, and that my questions will be answered.
By clicking the “Start Survey” arrow, you indicate that you have read and understand this consent form and that you voluntarily agree to participate in this study.
Copyright ©1999-2006 MarketTools, Inc. All Rights Reserved.No portion of this site may be copied without the express written consent of MarketTools, Inc
269Pennsylvania Physical Education Standards Survey
Thank you for completing the Pennsylvania Physical Education Standards Survey. The purpose of this survey is to determine how the standards are being implemented and to improve physical education for future students. Please respond accurately to all survey questions. Your responses will not affect your grade or the status of your teacher. All information will remain completely confidential.
Section 1: Demographics – Fill in the correct response
1. What is your age? _________
2. What grade are you in? _________
3. What is your gender? _________
Section 2: Check or X the box which shows whether you strongly disagree, disagree, agree, or strongly agree with the statement.
For example:I like weekends.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □Standards-Related Questions:1. I have heard of the Pennsylvania standards for physical education. Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
2. My physical education teacher discusses the Pennsylvania standards for physical education.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
3. The activities we do in class are covered by the Pennsylvania physical education standards.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
4. The assessments we do, such as tests and quizzes, are related to the Pennsylvania standards for physical education.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
270
5. We analyze the physical, social, and psychosocial effects of regular activity in class.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
6. We discuss what factors affect the physical activity and exercise habits of adults.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
7. I like physical education.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
8. We discuss how exercise and physical activities relate to stress, disease prevention, and weight management.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
9. We analyze how factors such as climate, altitude, fitness level, and drug abuse affect the body’s response during physical activity.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
10. We evaluate how regular exercise affects the body, relationships with others, and ourselves.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
11. My teacher talks with us in class about the physical education standards.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
12. The activities we do in physical education are related to the state physical education standards.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
13. We talk about stress, staying free of disease, and weight control in relation to exercise.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
14. I know there are state standards for physical education.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
271
15. The questions asked on tests and quizzes are connected with the standards.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
16. In class, we talk about the factors which affect adult decisions to be physically active. Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
17. I enjoy physical education.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
18. In class, we investigate how fitness levels, drug use, altitudes, and the weather affect the body’s response during exercise.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
Section 3: Open-Ended1. Please explain how the Pennsylvania standards for
physical education are used in class. Also, what do you know about the standards?
273Pennsylvania Physical Education Standards Survey
The purpose of this survey is to look at how the standards are being put into action in your school. Please respond accurately to all survey questions. Your responses will not affect your grade or your teacher.
Section 1: Fill in the correct response
1. What is your age? _________
2. What grade are you in? _________
3. What is your gender? _________
Section 2: Check or X the box which shows whether you strongly disagree, disagree, agree, or strongly agree with the statement.
For example:I like weekends.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □Standards-Related Questions:1. I have heard of the Pennsylvania standards for physical education. Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
2. My physical education teacher talks about the Pennsylvania standards for physical education.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
3. The activities we do in class are covered by the Pennsylvania physical education standards.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
4. The tests and quizzes given in class are connected to the Pennsylvania standards for physical education.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
274
5. We talk about how exercise and physical activity affect our body and relationships with other students.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
6. We talk about what things affect the physical activity and exercise habits of adults.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
7. I like physical education.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
8. We talk about how exercise and physical activity helps with stress, disease prevention, and controlling our weight.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
9. We look at how climate, fitness level, and drug abuse affect the body during physical activity.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
10. We look at how exercise affects the body, relationships with others, and ourselves.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
11. My teacher talks with us in class about the physical education standards.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
12. The activities we do in physical education are connected to the state standards. Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
13. We talk about how exercise affects stress, staying free of disease, and weight control.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
14. I know there are state standards for physical education.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
275
15. The questions asked on tests and quizzes are connected with the standards.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
16. In class, we talk about the things which affect adult decisions to be physically active. Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
17. I enjoy physical education.Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
18. In class, we talk about how fitness level, drug use, and the weather affect how the body reacts to exercise.
Strongly Disagree □ Disagree □ Agree □ Strongly Agree □
Section 3: Open-Ended1. Please explain how the Pennsylvania standards for
physical education are used in class. Also, what do you know about the standards?
277
School District and Name Code: ___________ Date:___________
Ethnicity:_________________ Gender:_______________ Age:________________
Years teaching public school physical education:_______________________
District Classification:
Central city, urban fringe/large town, or rural/small town
AAAA, AAA, AA, A
Elementary, middle, high school
Administrative coordination, no administrative coordination
1. Why do you think we have the standards?2. Describe how familiar you are with the PA standards for
physical education?3. How did you educate yourself about the standards?4. How did you go about creating and organizing the
curriculum? 5. How do the standards relate to the curriculum?6. Do you do anything to balance coverage of the physical
education standards and standard statements?7. To what degree have your students achieved the
standards?8. How do you know that your students are achieving the
standards?a. Probe: How are you assessing the standards?
9. What factors have helped and impeded your ability to implement the standards?
a. Probe: Internet materials, physical education organizations, school district personnel, professional development etc.
b. Probe: Teacher willingness, access to materials, lack of know how, etc.
10. How do you think your school district’s demographic profile (setting, enrollment, and administrative coordination) affects the implementation of the standards?
11. Do you think that physical educators have enough class time to accomplish the standards? Why or why not?
27812. Does anyone organize and coordinate the districts
physical education program? If so, how. 13. Do you collaborate with other physical educators in
your district regarding the standards and if so, how?14. What do you like and dislike about the standards?15. Are there any ways in which you incorporate the PA
standards for PE which we haven’t discussed?16. Tell me what you honestly think of the standards; are
they a valuable tool or just a waste of time?
280
School District, School, and Teacher Code:________________
Date:________ Time:_________ Class Size:_______________
Concepts to Observe_______________________________________________________________________
Observables related to standard 10.4: physical activity
Physical movement/fitness plan, affect of regular participation on health status, body’s response to exercise, factors affecting activity preference, motor skill improvement factors, group interaction.
Observables related to standard 10.5 concepts, principles and strategies of movement
Movement skills/concepts, motor skill development, effects of practice, health/skill related fitness/training, scientific principles, game strategies
Synchronicity of observables with the lesson plan provided
References to standards Number of times: Specific comments: General comments:
Compare observables to information provided in the online survey data
Compare observables to information provided in the interview
Use of standards related posters, information, or handouts.
Additional comments/notes
282CONSENT FORM
Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
Researchers(s): Matthew Cummiskey, M.S., Department of Kinesiology (215) 204-1940, Pearson Hall #140, Temple
University, Philadelphia, PA 19122, Email: [email protected]: Ricky Swalm, PhD
CONSENT TO ACT AS A PARTICIPANT FOR RESEARCH
PURPOSEThe purpose of this study is to analyze how the Pennsylvania Academic Standards 10.4 and 10.5 for Health, Safety and Physical Education are being implemented and assessed in the public schools.
SELECTION OF SUBJECTSI understand that I have been chosen to participate in this study because I a certified public school physical education teacher in the Commonwealth of Pennsylvania.
GENERAL EXPERIMENTAL PROCEDURESI understand that I will be required to complete the following online survey. The survey will take approximately 5-15 minutes to complete. I may provide additional information by answering the open-ended question at the end of the survey.
RISKSThere are no known risks associated with participating in this research study. If however, any problems or concerns arise, I will contact the researcher.
BENEFITSI will receive an email attachment describing the general results of the research.
CONFIDENTIALITYI understand that my privacy will be maintained throughout the research and publication process. Only the researcher and dissertation committee will have access to participant information.
283Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
DISCLAIMER/WITHDRAWALIt is understood that my participation is unconditionally voluntary and I may at any time terminate my involvement. I understand that non-participation or withdrawal from the research study will not prejudice future interactions with the investigator or Temple University.
SUBJECT RIGHTSI understand that if I wish further information regarding my rights as a research subject, I may contact Richard Throm, Temple University Institutional Review Board Coordinator at the Office of Vice President for Research by phoning (215) 707-8757. I also understand that I may ask questions, and that my questions will be answered.
By clicking the “Start Survey” arrow, you indicate that you have read and understand this consent form and that you voluntarily agree to participate in this study.
285Thank you for taking the time to complete the Pennsylvania Physical Education Standards Survey. Your efforts will help improve physical education for both teachers and students alike. Later this summer, you will receive an email summarizing the results of this study. You are free to share this information with students, colleagues, and other professionals.
If you would like to contact me ([email protected]) or my dissertation advisor, Dr. Ricky Swalm ([email protected], 215.204.8713) for any reason, please do not hesitate to do so. Best of luck with the standards and the remainder of your school year.
Sincerely,Matthew Cummiskey
287CONSENT FORM
Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
Researchers(s): Matthew Cummiskey, M.S., Department of Kinesiology (215) 204-1940, Pearson Hall #140, Temple
University, Philadelphia, PA 19122, Email: [email protected]: Ricky Swalm, PhD
CONSENT TO ACT AS A PARTICIPANT FOR RESEARCH
PURPOSEThe purpose of this study is to analyze how the Pennsylvania Academic Standards 10.4 and 10.5 for Health, Safety and Physical Education are being implemented and assessed in the public schools.
SELECTION OF SUBJECTSI understand that I have been chosen to participate in this study because I a certified public school physical education teacher in the Commonwealth of Pennsylvania.
GENERAL EXPERIMENTAL PROCEDURESI understand that I will be interviewed for a period not exceeding one class period (approximately 30-50 minutes). I also understand that the interview will be audio-recorded and these tapes will be stored in a locked location for a period of three (3) years after completion of the study. The researcher will take notes during the interview process and observe three to four physical education classes. Documents relating to the standards such as unit plans, lesson plans, and other curricular materials will be collected.
RISKSThere are no known risks associated with participating in this research study. If however, any problems or concerns arise, I will contact the researcher.
BENEFITSI will receive an email attachment describing the general results of the research.
CONFIDENTIALITYI understand that my privacy will be maintained throughout the research and publication process. Only the researcher and dissertation committee will have access to participant information.
288Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
DISCLAIMER/WITHDRAWALIt is understood that my participation is unconditionally voluntary and I may at any time terminate my involvement. I understand that non-participation or withdrawal from the research study will not prejudice future interactions with the investigator or Temple University.
SUBJECT RIGHTSI understand that if I wish further information regarding my rights as a research subject, I may contact Richard Throm, Temple University Institutional Review Board Coordinator at the Office of Vice President for Research by phoning (215) 707-8757. I also understand that I may ask questions, and that my questions will be answered.
Your signature below indicates that you have read and understand this consent form and that you voluntarily agree to participate in this study.
________________________________________________________Participant’s Signature Date
________________________________________________________Researcher’s Signature Date
290ASSENT AND CONSENT FORM
Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
Researchers(s): Matthew Cummiskey, M.S., Department of Kinesiology (215) 204-1940, Pearson Hall #140, Temple
University, Philadelphia, PA 19122, Email: [email protected]: Ricky Swalm, PhD
CONSENT TO ACT AS A PARTICIPANT FOR RESEARCH
PURPOSEThe purpose of this study is to analyze how the Pennsylvania Academic Standards 10.4 and 10.5 for Health, Safety and Physical Education are being implemented and assessed in the public schools.
SELECTION OF SUBJECTSI understand that I have been chosen to participate in this study because I am a student in a public school physical education class in the Commonwealth of Pennsylvania.
GENERAL EXPERIMENTAL PROCEDURESI understand that I will be completing an in-class survey. The survey will take approximately 5-10 minutes to complete. I may provide additional information by answering the open-ended question at the end of the survey.
RISKSThere are no known risks associated with participating in this research study. If however, any problems or concerns arise, I will contact the researcher.
BENEFITSMy physical education teacher may provide information about the results of this study. In addition, my participation will serve to enhance the quality of physical education across the state.
CONFIDENTIALITYI understand that my privacy will be maintained throughout the research and publication process. No personally identifying student information such as names or contact information will be collected.
291Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
DISCLAIMER/WITHDRAWALIt is understood that my participation is unconditionally voluntary and I may at any time terminate my involvement. I understand that non-participation or withdrawal from the research study will not prejudice future interactions with the investigator or Temple University.
SUBJECT RIGHTSI understand that if I wish further information regarding my rights as a research subject, I may contact Richard Throm, Temple University Institutional Review Board Coordinator at the Office of Vice President for Research by phoning (215) 707-8757. I also understand that I can ask questions, and that my questions will be answered.
Students, your signature below indicates that you have read and understand this consent form and voluntarily agree to participate. Parents and guardians, your signature below indicates that you have read and understand this consent form and consent to the participation of the student named below.
________________________________________________________Participant’s Signature (Student) Date
________________________________________________________Parent/Guardian Signature Date
________________________________________________________Researcher’s Signature Date
293ASSENT AND CONSENT FORM
Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
Researchers(s): Matthew Cummiskey, M.S., Department of Kinesiology (215) 204-1940, Pearson Hall #140, Temple
University, Philadelphia, PA 19122, Email: [email protected]: Ricky Swalm, PhD
CONSENT TO ACT AS A PARTICIPANT FOR RESEARCH
PURPOSEThe purpose of this study is to analyze how the Pennsylvania Academic Standards 10.4 and 10.5 for Health, Safety and Physical Education are being implemented and assessed in the public schools.
SELECTION OF SUBJECTSI understand that I have been chosen to participate in this study because I am a student in a public school physical education class in the Commonwealth of Pennsylvania.
GENERAL EXPERIMENTAL PROCEDURESI understand that I will be observed for one class period and that the researcher will not interact or participate with the students in the class. I understand that I will also be completing an in-class survey that will take approximately 5-10 minutes to complete. I may provide additional information by answering the open-ended question at the end of the survey.
RISKSThere are no known risks associated with participating in this research study. If however, any problems or concerns arise, I will contact the researcher.
BENEFITSMy physical education teacher may provide information about the results of this study. In addition, my participation will serve to enhance the quality of physical education across the state.
CONFIDENTIALITYI understand that my privacy will be maintained throughout the research and publication process. No personally identifying student information such as names or contact information will be collected.
294Implementation of the Pennsylvania State Standards for Physical Education: Teacher and Student Perspectives
DISCLAIMER/WITHDRAWALIt is understood that my participation is unconditionally voluntary and I may at any time terminate my involvement. I understand that non-participation or withdrawal from the research study will not prejudice future interactions with the investigator or Temple University.
SUBJECT RIGHTSI understand that if I wish further information regarding my rights as a research subject, I may contact Richard Throm, Temple University Institutional Review Board Coordinator at the Office of Vice President for Research by phoning (215) 707-8757. I also understand that I can ask questions, and that my questions will be answered.
Students, your signature below indicates that you have read and understand this consent form and voluntarily agree to participate. Parents and guardians, your signature below indicates that you have read and understand this consent form and consent to the participation of the student named below.
________________________________________________________Participant’s Signature (Student) Date
________________________________________________________Parent/Guardian Signature Date
________________________________________________________Researcher’s Signature Date
296___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
1. I am familiar with Pennsylvania physical education standards 10.4 and 10.5.
3.35 0.71SD 8 2.75D 15 5.15A 134 46.05SA 134 46.05
2. I use the standards as a guide when creating lesson plans.
3.20 0.74SD 9 3.13D 29 10.07A 144 50.00SA 106 36.81
3. I incorporate the standards into my teaching.3.23 0.71
SD 9 3.10D 19 6.55A 157 54.14SA 105 36.21
4. I believe the standards are valuable.3.10 0.77
SD 12 4.12D 36 12.37A 154 52.92SA 89 30.58
5. I plan assessments which address the standards.3.03 0.74
SD 9 3.10D 48 16.55A 157 54.14SA 76 26.21
6. My students have met the grade level PA standards for PE.
2.97 0.70SD 8 2.77D 52 17.99A 170 58.82SA 59 20.42
___________________________________________________________
297___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
7. Enough class time is allocated to physical education by my school district to achieve the standards.
2.28 8.58SD 55 18.97D 120 41.38A 93 32.07SA 22 7.59
8. I coordinate with other physical educators in my school district regarding how to implement the PA standards in class.
2.78 0.82SD 17 5.92D 83 28.92A 133 46.34SA 54 18.82
9. I improve my knowledge of the standards through workshops and professional development.
3.02 0.81SD 13 4.50D 53 18.34A 138 47.75SA 85 29.41
10. Students in my classes have achieved the respective grade level standards.
2.92 0.64SD 7 2.41D 51 17.53A 192 65.98SA 41 14.09
11. The standards are making a positive difference in how “physically educated” my students are.
2.59 0.79SD 24 8.33D 99 34.38A 136 47.22SA 29 10.07
___________________________________________________________
298___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
12. The standards accurately reflect knowledge and skills which will be useful to students as adults.
2.88 0.73SD 14 4.81D 56 19.24A 173 59.45SA 48 16.49
13. The standards are not of much use.2.96 0.81
SD 73 25.52D 145 50.70A 52 18.18SA 16 5.60
14. My students are aware there are state standards for physical education.
2.41 0.78SD 34 11.72D 122 42.07A 116 40.00SD 18 6.21
15. I understand the state’s physical education standards. 3.20 0.62
SD 5 1.72D 17 5.86A 182 62.76SA 86 29.66
16. When drafting lesson plans, the standards help direct what I should cover or include.
2.95 0.72SD 7 2.40D 61 20.90A 163 55.80SA 61 20.90
17. My teaching reflects the standards.3.09 0.64
SD 5 1.75D 32 11.19A 182 63.63SA 67 23.43
___________________________________________________________
299___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
18. The amount and frequency of physical education is sufficient to achieve the standards.
2.27 0.86SD 56 19.38D 119 41.18A 93 32.18SA 21 7.27
19. I work with other teachers in my district when deciding how to incorporate the standards in class.
2.520.84SD 35 12.07D 101 34.83A 123 42.41SA 31 10.70
20. Due to the standards, how “physically educated” my students are has improved.
2.42 0.74SD 27 9.28D 130 44.67A 118 40.55SA 16 5.50
21. Workshops and professional development help me improve my understanding of the standards.
2.85 0.75SD 17 5.92D 55 19.16A 170 59.23SA 45 15.70
22. Students in my classes have heard of the state standards for physical education.
2.47 0.81SD 35 12.11D 106 36.68A 124 42.91SA 24 8.30
___________________________________________________________
300___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
23. The material covered by the standards will be valuable to students after high school as adults.
2.94 0.71SD 12 4.18D 45 15.68A 178 62.02SA 52 18.19
24. The assessments I create are focused on the standards.2.81 0.68
SD 8 2.77D 75 26.04A 170 59.03SA 35 12.15
___________________________________________________________
302Component Matrix___________________________________________________________
Question 1 2 3 4 5__________________________________________________________
1 0 .64 0.10 -0.46 -0.10 0.02
2 0 .79 0.08 -0.31 -0.13 -0.08
3 0 .75 0.10 -0.35 -0.28 0.03
4 0 .75 -0.21 0.08 -0.33 -0.04
5 0 .74 0.06 -0.31 -0.17 -0.02
6 0.49 0 .57 -0.04 -0.15 0.23
7 0.27 0 .70 0.39 0.11 -0.07
8 0.50 0.023 0.00 0.05 0 .67
9 0 .55 -0.39 -0.02 0.12 0.42
10 0.49 0 .62 0.02 -0.06 0.11
11 0 .71 -0.12 0.44 -0.03 -0.10
12 0 .70 -0.21 0.38 -0.14 -0.12
13 0 .64 -0.32 0.32 -0.27 -0.10
14 0.42 -0.06 -0.35 0 .72 -0.19
15 0 .56 0.06 -0.40 -0.21 -0.15
16 0 .74 -0.08 -0.11 0.04 -0.16
17 0 .74 -0.04 -0.06 -0.06 -0.16
18 0.28 0 .62 0.35 0.28 -0.13___________________________________________________________
303___________________________________________________________
Question 1 2 3 4 5___________________________________________________________
19 0.56 0.05 0.18 0.25 0 .50
20 0 .67 -0.12 0.43 0.18 -0.13
21 0 .52 -0.44 0.16 0.26 0.22
22 0.45 -0.06 -0.26 0.75 -0.15
23 0.64 -0.11 0.28 -0.01 -0.23
24 0.72 0.08 -0.05 0.05 -0.10___________________________________________________________
305
Teacher #
Ques-tion 1: You are male or fe-male:
Question 2: How many years have you been a full-time teacher in the public schools?
Question 3: Which grade level do you teach?
Question 4: In what kind of setting is your school located?
Question 5: How many physical education teachers are in your school (include yourself)?
Question 6: Approxi-mately how many students are in your school?
Question 7: Approxi-mately how many students are in your school district?
1a F 21 Elem Suburban 1 180 40001b F 10 High Suburban 2 400 36001c F 8 Middle Suburban 2 470 55002 M 8 Elem Rural 1 575 10003 F 2 Middle Rural 2 650 18504a M 7 Multiple Rural 2 470 10204b M 2 Multiple Suburban 2 500 7005a M 15 High Rural 5 1200 18005b F 9 Elem Rural 1 241 35006 F 5 High Rural 2 350 12007a M 1 Middle Suburban 3 600 12007b F 3 Elem Rural 1 200 24008a F 26 High Suburban 7 1700 70008b M 9 Elem Suburban 1 740 60009a F 29 High Urban 6 1400 NR9b M 2 Middle Urban 2 600 200,000Note: NR=no response
338
306
Tea-cher #
Question 8: Is there a supervisor of physical education for your school district?
Question 9: Is there a chair or head of he physical education department in your building?
Question 10: How would you rate the performance of your school district on state exams against other students in the state?
Ques-tion 11: AAH-PERD
Ques-tion 11: PS-AH-PERD
Ques-tion 11: Rele-vant Coach-ing Asso-cia-tion
Que-st-ion 11: NEA/PSEA
Question 12: I am familiar with Pennsyl-vania physical education standards 10.4 and 10.5
1a No No Above Yes No No No 41b Yes Yes Average Yes No No No 41c No Yes Above Yes No Yes No 42 No No Below No Yes No Yes 43 No No Above No No No Yes 44a No Yes Below No Yes No Yes 34b No Yes Below Yes Yes Yes Yes 35a Yes Yes Above No No No No 35b No Yes Average No No Yes No 46 No No Average No No No Yes 47a Yes Yes Below No No No Yes 27b No No Average No Yes No Yes 48a No Yes Above No No No Yes 48b Yes No Above No No No Yes 39a No Yes Below No No Yes No 4
9b Yes Yes Average Yes Yes No No
3 339
307
Tea-cher #
Question 12: I use the stan-dards as a guide when creating lesson plans.
Question 12: I incur-porate the stan-dards into my tea-ching.
Ques-tion 12: I be-lieve the stan-dards are valu-able
Ques-tion 12: I plan ass-ess-ments which add-ress the standards
Ques-tion 12: My stu-dents have met the grade level PA stan-dards for PE
Question 12: Enough class time is allocated to physical education by my school district to achieve the standards
Question 12: I coordinate with other physical educators in my school district regarding how to implement the PA standards in class
Question 12: I improve my knowledge of the standards through workshops and profes-sional develop-ment
1a 3 3 3 3 3 2 3 31b 3 3 3 3 3 3 3 41c 4 4 4 4 3 2 4 42 4 4 4 4 3 3 1 33 4 4 4 4 4 3 3 34a 4 3 3 4 3 4 3 34b 3 3 3 3 3 3 4 45a 3 3 3 2 3 2 2 25b 3 3 3 3 2 1 2 36 4 2 3 2 3 3 4 37a 4 4 4 4 3 4 2 27b 3 3 3 3 2 1 2 28a 2 3 3 2 3 3 3 48b 3 3 2 2 3 1 2 29a NR NR 4 NR 1 2 1 49b 3 3 3 3 3 3 3 3Note: NR=no response
340
308
Tea-cher #
Question 12: Students in my classes have achieved the respective grade level standards
Question 12: The standards are making a positive difference in how “physical-ly” my students are
Question 12: The standards accurately reflect knowledge and skills which will be useful to students as adults.
Ques-tion 12: The stan-dards are not of much use.
Question 12: My students are aware there are state standards for physical education
Ques-tion 12: I under-stand the state’s physic-al educa-tion stan-dards.
Question 12: When drafting lesson plans, the standards help direct what I should cover or include.
Ques-tion 12: My teach-ing re-flects the stan-dards.
1a 3 3 3 2 4 3 4 41b 3 3 3 1 4 4 4 41c 3 4 4 1 4 4 4 42 3 4 3 1 3 4 4 33 4 3 4 2 4 4 3 44a 3 2 2 3 3 3 3 34b 3 3 3 2 2 3 3 35a 3 2 3 3 3 3 2 25b 2 2 2 2 2 3 3 36 3 2 2 2 4 4 4 27a 4 3 4 1 1 3 3 37b 3 3 3 1 1 4 3 38a 3 3 3 2 2 4 3 38b 3 1 3 2 1 4 3 39a 1 1 4 1 1 4 4 NR9b 3 3 4 1 2 4 3 3Note: NR=no response
341
309
Tea-cher #
Question 12: The amount and frequency of physical education is suffic-ient to achieve the standards
Question 12: I work with other teachers in my district when deciding how to incorporate the standards in class.
Question 12: Due to the standards, how "physic-ally educated" my students are has improved
Question 12: Workshops and profess-ional development help me improve my under-standing of the standards
Question 12: Students in my classes have heard of the state standards for physical education
Question 12: The material covered by the standards will be valuable to students after high school as adults
Question 12: The assess-ments I create are focused on the standards
1a 3 2 3 3 3 3 31b 3 1 3 3 NR 3 31c 2 2 4 4 4 4 42 3 1 3 4 2 4 33 3 2 2 2 3 3 34a 4 2 3 3 3 3 34b 3 3 2 3 3 3 35a 3 3 2 2 3 2 25b 1 3 3 NR 2 3 36 3 4 2 3 4 2 27a 3 2 3 3 2 4 47b 2 3 3 1 1 4 38a 3 3 3 4 2 3 28b 1 1 1 2 2 4 39a 1 1 1 3 1 3 29b 3 3 3 3 2 2 3Note: NR=no response
342
312___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
1. I have heard of the Pennsylvania standards for physical education.
2.84 0.77SD 26 7.70D 81 24.00A 150 44.40SA 79 23.40
2. My physical education teacher discusses the Pennsylvania standards for physical education.
3.09 0.79SD 12 3.60D 53 15.70A 159 47.00SA 108 32.00
3. The activities we do in class are covered by the Pennsylvania physical education standards.
3.35 0.79SD 8 2.40D 27 8.00A 142 42.00SA 159 47.00
4. The assessments we do, such as tests and quizzes, are related to the Pennsylvania standards for physical education.
3.22 0.73SD 19 5.60D 34 10.10A 137 40.50SA 148 43.80
5. We analyze the physical, social, and psychosocial effects of regular activity in class.
3.35 0.85SD 3 0.90D 32 9.50A 147 43.50SA 156 46.20
___________________________________________________________
313___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
6. We discuss what factors affect the physical activity and exercise habits of adults.
2.84 0.69SD 14 4.10D 104 30.80A 139 41.1SA 79 23.40
7. I like physical education.3.53 0.83
SD 11 3.3D 16 4.7A 92 27.2SA 216 63.9
8. We discuss how exercise and physical activities relate to stress, disease prevention, and weight management.
3.15 0.74SD 10 3.00D 46 13.60A 164 48.50SA 116 34.30
9. We analyze how factors such as climate, altitude, fitness level, and drug abuse affect the body’s response during physical activity.
2.83 0.76SD 16 4.70D 97 28.70A 152 45.00SA 73 21.60
10. We evaluate how regular exercise affects the body, relationships with others, and ourselves.
3.17 0.82SD 7 2.10D 29 8.60A 203 60.10SA 99 29.30
___________________________________________________________
314___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
11. My teacher talks with us in class about the physical education standards.
3.07 0.66SD 11 3.30D 54 16.00A 172 50.90SA 100 29.60
12. The activities we do in physical education are related to the state physical education standards.
3.32 0.76SD 8 2.40D 25 7.40A 154 45.60SA 149 44.10
13. We talk about stress, staying free of disease, and weight control in relation to exercise.
3.13 0.72SD 5 1.50D 54 16.00A 171 50.60SA 106 31.40
14. I know there are state standards for physical education.
3.28 0.72SD 9 2.70D 39 11.50A 136 40.20SA 150 44.40
15. The questions asked on tests and quizzes are connected with the standards.
3.19 0.77SD 12 3.60D 48 14.20A 139 41.10SA 135 39.90
___________________________________________________________
315___________________________________________________________
Question Likert Freq. Percent Mean SD ___________________________________________________________
16. In class, we talk about the factors which affect adult decisions to be physically active.
2.76 0.81SD 23 6.80D 99 29.30A 150 44.40SA 63 18.60
17. I enjoy physical education.3.52 0.84
SD 13 3.80D 18 5.30A 86 25.40SA 220 65.10
18. In class, we investigate how fitness levels, drug use, altitudes, and the weather affect the body’s response during exercise.
2.88 0.77SD 11 3.30D 89 26.30A 164 48.50SA 72 21.30
___________________________________________________________
317Component Matrix___________________________________________________________
Question 1 2 3___________________________________________________________
1 0 .50 0.05 0.33
2 0 .61 0.23 -0.32
3 0 .52 0.50 -0.09
4 0.50 0 .54 -0.16
5 0 .50 -0.14 0.48
6 0 .49 -0.44 -0.18
7 0.22 0.26 0 .77
8 0 .44 -0.36 0.21
9 0 .49 0 .49 0.01
10 0 .60 -0.13 0.24
11 0 .65 0.15 -0.31
12 0 .64 0.32 0.03
13 0 .54 -0.38 0.13
14 0 .54 0.22 -0.07
15 0 .50 0.47 -0.10
16 0.51 -0 .52 -0.17
17 0.26 0.25 0 .74
18 0 .57 -0.39 0.05
___________________________________________________________