A couple of house rules - Applied Physics away laptops Being present = Participating actively. ......

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A couple of house rules

Be on time

Switch off mobile phones

Put away laptops

Being present = Participating actively

Applied Natural Sciences

Leo Pel

e‐mail: 3nab0@tue.nl

http://tiny.cc/3NAB0

Het basisvak Toegepaste Natuurwetenschappen

http://www.phys.tue.nl/nfcmr/natuur/collegenatuur.html

Applied Natural Sciences

3

Dutch version: L. Pel

Monday : aud 1/11 8.45-10.45

Thursday : aud 3 15.45-17.45

English version: J. van Schijndel (B)

Monday : paviljoen B1 8.45-10.45

Thursday : aud 8 15.45-17.45

This course

Learning goals

• Being able to apply Applied Physics concepts to real world phenomena.

• Learning to analyse and solve problems associated with (derived) conservation laws of classical mechanics, liquid-and thermodynamics.

• Being able to apply the properties of simple periodic movements to physical systems

• Being able to work symbolically

(instead of working numerically only)

Study Guide available at Canvas

• Book,• Programme, • Contents course, • Examinations,• Grading,• MasteringPhysics,• Clickers,• Self‐study material

Whom to contact in case of:Illness during tentaminationsContent & organisation

questions

Al this information is also available in the:

Study guide for this course see Canvas

5

Content of the course 3NAB0 (see study guide)

Week 1 : 13 November Introduction, units (Ch1), Circuits (Ch25,26)

Week 2 : 20 November Heat (Ch17), Kinematics (Ch2‐3)

Week 4: 4 December Energy, Momentum (Ch7‐8)

Week 5: 11 December Rotation, Elasticity, Fluid mechanics (Ch9‐12)

Week 3: 27 November Newton, Energy (Ch4‐6)

Week 6: 18 December Harmonic oscillator and Waves (Ch14‐15)

Week 7: 8 January (2016) Sound (Ch16) Light (Ch33)

7 December Intermediate assessment 18.15 – 19.00

24 January Final assessment 09.00 – 12.00

17‐20 November diagnostic test!

A complex network

• Find Current in each resistor! Find equivalent R!!

1

1

1

2

1

1V+

7

A complex network

• Step 4: Solve equations (substitution or matrix)

• I1 = +6 A

• I2 = + 5 A

• I3 = -1 A

So I3 is really going from b to c

R=V/I=13/11=1.2Ω

6

7

5

4

-1

11

11So direction

incorrect

8

Content of the course 3NAB0 (see study guide)

Week 1 : 13 November Introduction, units (Ch1), Circuits (Ch25,26)

Week 2 : 20 November Heat (Ch17), Kinematics (Ch2‐3)

Week 4: 4 December Energy, Momentum (Ch7‐8)

Week 5: 11 December Rotation, Elasticity, Fluid mechanics (Ch9‐12)

Week 3: 27 November Newton, Energy (Ch4‐6)

Week 6: 18 December Harmonic oscillator and Waves (Ch14‐15)

Week 7: 8 January (2016) Sound (Ch16) Light (Ch33)

7 December Intermediate assessment 18.15 – 19.00

24 January Final assessment 09.00 – 12.00

17‐20 November diagnostic test!

Fallen chimmey

10

Tower of blocks fallen

11

Tower of blocks fallen

12

Faster than g? Can we understand this?

Content of the course 3NAB0 (see study guide)

Week 1 : 13 November Introduction, units (Ch1), Circuits (Ch25,26)

Week 2 : 20 November Heat (Ch17), Kinematics (Ch2‐3)

Week 4: 4 December Energy, Momentum (Ch7‐8)

Week 5: 11 December Rotation, Elasticity, Fluid mechanics (Ch9‐12)

Week 3: 27 November Newton, Energy (Ch4‐6)

Week 6: 18 December Harmonic oscillator and Waves (Ch14‐15)

Week 7: 8 January (2016) Sound (Ch16) Light (Ch33)

7 December Intermediate assessment 18.15 – 19.00

24 January Final assessment 09.00 – 12.00

17‐20 November diagnostic test!

Gateway to resources from the cloud

15

http://www.phys.tue.nl/nfcmr/natuur/collegenatuur.html

http://tiny.cc/3NAB0

University Physics with Modern Physics

Book 2017:

Sears and Zemansky’s

University Physics with Modern Physics

14th edition

Authors: Young and Freedman

Publisher: Pearson

IMPORTANT : NO STUDENT ACCESS CODE NEEDED

Problems e‐mail: phys3nab@tue.nl

18

19

Put away laptops

All slides are available

See: www.phys.tue.nl/nfcmr/natuur

http://tiny.cc/3NAB0

Printout yourself

Website

• Additional video material

• Demo’s

• Internet resources

20

Printout allowed during examination

See Website

YOU HAVE TO DO IT YOURSELF!!!

21

See website, which exercises

(be aware based 14 th edition)

22

Program:

Regular program

• Lectures: 2 x 2 hrs/wk Monday / Thursday, 7 wks

• Tutor groups: see canvas Apply subject matter (under supervision of a tutor) Homework important, i.e. training for assessment

Diagnostic Test

Weekly Quiz

Intermediate examination

Final examination

RE‐examination

Instructions

24

Who had NO Physics at VWO?

Special instruction group

P. Neuraij ‘VWO aansluitdocent’

Email: 3nab0@tue.nl

Subject: ‘instructie geen natuurkunde’

Grading

Weekly : End of Lecture Quizzes (10%)

• Using EVO before Sunday 24.00

• EVO (Elektronisch Verrijkt Onderwijs)

(direct feedback: 100%, 50%, 25%)

• see canvas

• Opens Thursday after 18.00

• Closes Sunday 23:55

Decimal Notation !!!!!

26

12,345,678.90123

in American notation

On COURSE

12.345.678,90123

In European notation

Grading

Intermediate examination (20%)

+

Final examination (70%)

IMPORTANT: also checked on symbolic calculation

(instead of working numerically only)

28

A ball falls from a building with a height of 10m. When will it hit the ground?

Example symbolic calculation

Train in tutoring

29

Examination

Best of both worlds• Hand in one sheet with answers +

All calculations

Correction

- correct : ready 100%

- answer incorrect: look at answer of symbolic calculation still 80%

Final Grade:

FG = 0.1 x (Average of 5 End of Lecture Quizzes)

+ 0.2 x (Intermediate examination )

+ 0.7 x (Final examination)

• Advice: Do at least the FE and the IE (no IE = no FE)

• Be aware: if only FE you will need at least 8.6

• FE grade > 5 in order to receive final grade

• If sick etc, e‐mail: phys3nab@tue.nl

• Inspection > fill in form with complain

0 1 2 3 4 5 6 7 8 9 100

5

10

15

20

25

30

Eind=0.1*I + 0.2* Mid +0.7 * Final

7.2 6.9 6.6 6.3 6 5.7 5.5>

Cijfers tussentoets Dec 2016

EVO

EVO

used for End of Lecture Quizzes!

Does not work on tablets! But does on Mac!

33

Before lecture

• Study the chapter from the book or website

During lecture

• Come if you want to learn something,

• NOT because you need to

• Participate actively

- be in time

- no mobile / no laptop

• Use clicker

CLICKER

20

Clickers are only used during the lectures for:

Activating student participation

Giving feedback to the lecturer

Giving feedback to the student

ARE NOT USED FOR GRADING !

organisation

• Lecturescontent = guidance through the material

mo 1 + 2 ; th 7 + 8

• Tutoring

apply (with help tutor)

training for examination

• Selfstudy~ 70 hour : Website

• ExaminationPriority 1

priority 2

Self‐study material

YOU COULD DO IT BY SELF‐STUDY

http://www.phys.tue.nl/nfcmr/natuur/collegenatuur.html

http://tiny.cc/3NAB0

Advice

- study in a group

- intermediate + final examination

organisation

Priority 1

priority 2

priority 3

priority 4• Lecturescontent = guidance through material

mo 1 + 2 ; th 7 + 8

• Tutoring

apply (with help tutor)

training for examination

calculation with symbols

• Selfstudy~ 70 hour : Website

• Examination

Content of the course 3NAB0 (see study guide)

Week 1 : 13 November Introduction, units (Ch1), Circuits (Ch25,26)

Week 2 : 20 November Heat (Ch17), Kinematics (Ch2‐3)

Week 4: 4 December Energy, Momentum (Ch7‐8)

Week 5: 11 December Rotation, Elasticity, Fluid mechanics (Ch9‐12)

Week 3: 27 November Newton, Energy (Ch4‐6)

Week 6: 18 December Harmonic oscillator and Waves (Ch14‐15)

Week 7: 8 January (2016) Sound (Ch16) Light (Ch33)

7 December Intermediate assessment 18.15 – 19.00

24 January Final assessment 09.00 – 12.00

17‐20 November diagnostic test!