PHYS 201 Fall 2023 Course Schedule
Textbook: https://openstax.org/details/college-physics-2e
Week Lecture | DATE | Chapter Sections w/pp slides |
Topics/Concepts/Videos | Reading/Video Lecture (VL) Assignment |
Conceptual Questions |
Problems & BB hwk due dates |
W1 L1 |
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Chapter 1.1,2,3,4 VLCh1a VLCh1b |
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Hwk1 |
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W1 L2 |
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W2 L3 |
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Hwk3 |
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W2 L4 |
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W3 L5 | 9/5/23 |
Ch3: Projectile Motion Ch3:PMT Ch3:PMP |
Projectile Motion: Horizontal Launch and Angle Launch |
Chapter 3.4 VLCh3c VLCh3d |
13,14,15,16 |
25,26,40,47 Hwk5: Projectile Motion, Due 9/12. |
W3 L6 | 9/7/23 |
Ch3: Relative Velocity Ch3:Rel.Vel |
Relative Velocity |
Chapter 3.5 VLCh3e |
17,18 | 65 |
W4 L7 | 9/12/23 | Review for Test #1 | STUDY GUIDE FOR TEST#1 | T1F2022 T1F2022Key | ||
W4 L8 | 9/14/23 | Test #1 |
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Post T1 Rev Part 1 Post T1 Rev Part 2 (Applicable only to the online class) | ||
W5 L9 | 9/19/23 | Ch4: Newton's Laws of Motion Ch4a Ch4b | Newton's Three Laws of Motion |
Chapter 4.1,2,3,4 VLCh4a VLCh4b |
2,4,13 |
Hwk6: Newton's Laws, due 9/26. 1,8,15,24 Problems in Laws of Motion |
W5 L10 | 9/21/23 | Ch4: Appl. of Newton's laws Ch4c Ch4d | Free-Body-Diagrams, Forces of Nature |
Chapter 4.5,6,7,8 VLCh4c VLCh4d |
26 |
33,41,42 Hwk7: Appl.Newton's laws, Due 9/28. |
W6 L11 | 9/26/23 |
Ch5: Friction & Drag Ch5a Ch5b |
Frictional
Forces,
Friction Problem,
Sky Diving |
Chapter 5.1,2 VLCh5a VLCh5b |
3,5 |
4,17,18,19,23,27 Hwk8: Friction & Drag, Due 10/3. |
W6 L12 | 9/28/23 | Ch6: Circular Motion & Gravitation Ch6a Ch6b | Circular Motion, Circular Motion Problem Gravitation ISS reboost |
Chapter 6.1,2,3,5 VLCh6a VLCh6b |
2,9,21 |
26,31,33 Hwk9: Cir.Motion & Gravit., Due 10/5. |
W7 L13 | 10/3/23 |
Ch7: Work & Energy Ch7a Ch7b |
PE and KE, Future of Energy |
Chapter 7.1,2,3,4,5 VLCh7a VLCh7b |
3,19,25 |
2,6,8,34,45 |
W7 L14 | 10/5/23 |
Ch7: Work & Power Ch7c Ch7d |
Conservation of Energy |
Chapter 7.6,7,8,9 VLCh7c VLCh7d |
Hwk10: Work & energy, Due 10/10. | |
W8 L15 | 10/10/23 | Ch8: Momentum & Impulse Ch8a Ch8b | Momentum, Impulse-Momentum Theorem | 1,4,5,15,16 |
7,8,21,24,36,41 Hwk11: Mom. & Impulse, Due 10/12. |
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W8 L16 | 10/12/23 | Review for Test #2 | Study Guide for Test #2 | |||
W9 L17 | 10/19/23 |
Test #2 |
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Grade Cal Upto T2 | ||
W10 L18 | 10/24/23 |
Ch10: Rotational Motion Ch10a Ch10b |
Rot. Inertia, Disk
& Ring, Cons. of Ang. Momentum |
10.1,2,3,4,5 VLCh10a VLCH10b |
1,5 |
1,5,11,14,15,24,39 Hwk12: Rotational Kinematics, Due 10/31. |
W10 L19 | 10/26/23 | Rotational Dynamics Ch10c | VLCh10c VLCh10d | Hwk13: Rot.Dyn, due 11/2. | ||
W11 L20 | 10/31/23 |
Ch9: Statics Ch9 |
Static Problem |
9.1,2,3,4 VLCh9a VLCh9b VLCh9c |
5,7,8,15,19 |
Hwk14: Equilibrium, Due 11/7. 1,16,27,33,37 P15,16,18,23 CJ7P280 |
W11 L21 | 11/2/23 |
Ch11: Fluid Statics Ch11 |
Barometer, Archimedes'
Principle Floating in Dead Sea |
11.1,2,3,4,5,6,7,9 VLCh11a |
1,2,5,8,16,18 | 1,14,16,22,23,25,31,42,47,51 Hwk15: Fluid Statics, due 11/14. |
W12 L22 | 11/7/23 | Review for Test #3 | Sample Test Sample Test Ans Key | Grade Cal Upto T3 | ||
W12 L23 | 11/9/23 | Test #3 T3F23 T3F23Akey | T3F22Akey | Post T3 Review (Applicable only to the online section) | ||
W13 L24 | 11/14/23 |
Ch16:
HL and HM Ch16a Ch16b |
Simple Harmonic Motion |
16.1,2,3,4,5 VLCh16a VLCh16b |
1,8,10,13 |
4,5,7,15,19,29,35,36 Hwk16: SHM, Due 11/21. |
W13 L25 | 11/16/23 |
Ch17 Sound Ch17a Ch17b Ch17c |
Sonic Boom Bell in a Vacuum |
17.1,2,3,4,5,6,7 VLCh17a VLCh17b VLCh17c |
7,9 |
2,3,5,12,41,42,50 Hwk17: Sound, due 11/28. |
W14 L26 | 11/21/23 |
Ch17: Air Columns Ch17d |
SFQ on String Vib
SFQ on Bern Prin
SFQ on Rot Dyn SFQ Pascal Prin |
AKey for all 4 VLCh17d VLCh17e |
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W15 L27 | 11/28/23 | Review for Final | SFQ air column SFQ waves | SFQ Ear Canal VLRfF1 | Akey for all 3 | |
W15 L28 | 11/30/23 | Review for Final | SFQ on Pressure | SFQ Equil SFQ Archi Prin | Akey for all 3 | Practice Problems |
12/7/23 | Final Exam: 001(11:30-2) and 002( 10 AM - 10 PM, starting time), duration 2.5 H. | SFQ Archi Prin Con E and Equil | HS 1 HS 2 AKey |
Grade Prediction with Final | ||
Please do Course Evaluation and upload the screen shot of the completion page in Blackboard.
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