+ All Categories
Home > Documents > Welcome to APSC 111 – Physics I

Welcome to APSC 111 – Physics I

Date post: 18-Dec-2021
Category:
Upload: others
View: 4 times
Download: 0 times
Share this document with a friend
20
APSC 111 Intro/Vectors Page 1.2 Welcome to APSC 111 – Physics I Sections M,N,O,P,Q,3,4 Instructor: Tony Noble Stirling Hall 304C potato@snolab.ca Lectures: Fri 8:30-9:30 !! Tues 9:30-10:30 Mon 11:30-12:30
Transcript
Page 1: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.2

Welcome to APSC 111 – Physics I

Sections M,N,O,P,Q,3,4

Instructor: Tony Noble

Stirling Hall 304C [email protected]

Lectures:Fri 8:30-9:30 !!

Tues 9:30-10:30

Mon 11:30-12:30

Page 2: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.3

APSC 111 – Physics I

Important Information:Course website at https://moodle.queensu.ca/

(This is where you should look for all information related to the course.)

Main Events:Every Sunday On-line assignments due by 10 PM! (12 altogether)

Mid-term Exam Wednesday, Oct. 13th 7-9 PM

Mid-term Exam Wednesday, Nov. 10th 7-9 PM

Final Exam To be determined by University Services

Page 3: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.4

APSC 111 – Physics I

Grades:

• Online Assignments 7%

• Class Participation 3%

• Mechanics Background Quiz 2%

• Mid-Term Exam I 19%

• Mid-Term Exam II 19%

• Final Exam 50%

Page 4: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.5

Course text and material:1. Required: "Fundamentals of Physics" by Halliday, Resnick, and

Walker, 9th Edition.

2. Required: "MasteringPhysics Access Code (see below).

3. Required: "TurningPoint Clicker (see below).

4. Required: "APSC 111 Course Manual" available on Moodlewebsite (Sample problems for review of material)

5. Required: Complete the online Mechanics Background quiz…once at the start of the course, once at the end of the course. You are not marked on the answers, but get 2% credit forparticipation. This helps with the accreditation of your program.

6. Lecture notes: will be posted online at the Moodle site. (under instructors name)

Page 5: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.6

Online Assignments• Due each Sunday at 10 PM

• First one due Sunday September 19th (vectors)

→ go to www.masteringphysics.com,

• Resister for the online assignments using access code (Use access code purchased at Bookstore. This is a better rate than what is available online… negotiated for this class.)

• e-mail address: [email protected]

• student number: 7654321

• Course ID: APSC111MGB

• Should start with “Introduction to Mastering Physics” (this will teach you how to enter answers properly)

Important to get format right !!

Page 6: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.7

EXAMS

• No books or notes for examinations!

• Formula sheet will be provided in advance

• Best recipe for success is to make sure you understand the conceptual ideas, and practice, practice, practice to make sure you can apply concepts. (Tutorials and assignments also give you practice … that is their main function)

Page 7: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.8

Mid-term Exam I• Wednesday, October 13th, 7:00-9:00 PM

(typically this is in multiple choice format, and covers the material covered to date…within reason)

Mid-term Exam II• Wednesday, November 10th, 7:00-9:00 PM(typically this is a number of problems on all the material covered to date…within reason)

Dates are tentative…!

Page 8: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.9

Tutorials• Tutorials start in week 3; Questions will be assigned on Moodle site.

• Typically, at most 3 of the questions will be the topic of each tutorial. The remaining questions should be regarded as homework. Tutorial questions are NOT marked, but you are encouraged to attempt all problems.

• Solutions to each week's tutorial problems will be posted on Moodle over the weekend following the tutorial.

• The most benefit from the tutorials is obtained when students attempt the questions before hand, at least at a rudimentary level.

• Please bring list of questions to the tutorial, plus formula sheet, and questions for the TA.

Page 9: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.10

Tutorial sections:

• please attend your assigned section!

• If there is room you can occasionally attend a different section (same problems covered)

Page 10: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.11

“Clickers”• We are using TurningPoint Clickers. These are the same

clickers as for your calculus course. You only need to buy one.

• NOT iClickers (which are used more in the life sciences.)

• Clickers will be used to provide feedback on understanding of key concepts (as a group, not for individual students)

• You are NOT graded on clicker answers!

• You are graded on participation.

• For full marks must respond to most questions in at least 80% of lectures

• See Moodle site for instructions on how to register your clicker for APSC111

Page 11: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.12

We will use channel 41

Page 12: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.13

Where would you find this famous

potato?

1 2 3 4

9% 10%7%

75%

1. MooseJaw Saskatchewan2. Harvey New Brunswick3. Medicine Hat Alberta.4. Potato Town, Swerford UK

Page 13: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.14

“Mechanics Background Survey”

During the first weeks of class you will be asked to complete a brief online quiz that will be used to assess your current knowledge of the course material,

and,

that will later be used to assess learning in the course. Your mark on this quiz

does not affect your course mark, but you will receive 2% for participation.

Information will be provided soon…we will announce when it is open initially (and over what period). Watch Moodle for information.

Page 14: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.15

Course Outline1. Measurement & Vectors (Chapt 1, 3) (~2 lectures) 2. Kinematics (Chapt 4, 5) (~4-5 lectures)3. Dynamics (Chapt 5, 6) (~6 lectures)4. Work and Energy (Chapt 7,8) (~6 lectures)5. Linear Momentum and (Chapt 9) (~6 lectures)

collisions 6. Rotational Dynamics (Chapt 10,11) (~7 lectures)7. Static Equilibrium (Chapt 12) (~4 lectures)

Oscillations & Waves no longer covered in APSC 111 … moved into APSC 112

Rotational Dynamics now covered in APSC 111 … moved out of APSC 112

Be careful when looking at old exams !

Page 15: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.16

ACADEMIC INTEGRITY

(see www.queensu.ca/academicintegrity)

Page 16: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.17

VectorsPlease read Chapter 1 and 2 for very basic material we assume you are familiar with…(units, descriptions of displacement, velocity, acceleration etc.)

This lecture covers the material of chapter 3 sections 3.1 to 3.8. Not everything can be done in class, and this is expected to be a bit of a review. Please read those sections.

Page 17: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.18

Vectors and Scalars:

• Addition of Vectors—Graphical Methods

• Subtraction of Vectors, and Multiplication of a Vector by a Scalar

• Adding Vectors by Components

• Unit Vectors

• Scalar and Vector products

Page 18: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.19

Vectors and ScalarsA vector has magnitude as well as direction.

Some vector quantities: displacement, velocity, force, momentum

A scalar has only a magnitude.

Some scalar quantities: mass, time, temperature

Vector quantity specified as v

(magnitude is v = | |) v

Page 19: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.20

Addition of Vectors—Graphical Methods

For vectors in one dimension, simple addition and subtractionare all that is needed.

You do need to be careful about the signs, as the figure indicates.

Page 20: Welcome to APSC 111 – Physics I

APSC 111 Intro/Vectors Page 1.21

Addition of Vectors—Graphical MethodsIf the motion is in two dimensions, the situation is somewhat more complicated.

Here, the actual travel paths are at right angles to one another; we can find the displacement by

using the Pythagorean Theorem.


Recommended