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Class Schedule
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The calendar is updated as we move through the quarter (don't trust what is written beyond the current week).
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1 1/5-1/8 |
Welcome. What to expect in this class. | Motion
diagram, displacement, Read 1.1-4 |
Average acceleration, examples of motion diagrams Read 1.5-6 | Velocity: tutorial pp 3-6 (bring your tutorial book) | Representations of motion: tutorial pp 7-10 (bring your tutorial book) |
| 2 1/12-1/15 |
Kinematics: 1D motion, position graphs examples (see solution video on Canvas) Read 1.7-8, 2.1-3 | Motion with constant acceleration Chapter 2 examples (with solutions) Read 2.4-5 | Instantaneous acceleration. Read 2.7 |
Acceleration in 1D: tutorial pp 11-14 (bring your tutorial book) |
Lab: changing motion |
| 3 1/19-1/22 |
Vector algebra Read 3.1-4 | Vector examples | Motion in 2D: example, solution Read 4.1 | | Lab: Addition of vectors |
| 4 1/26-1/29 | Projectile motion (Mathematica illustration) Read 4.2 |
| Relative motion Read 4.3 |
Motion in 2D: tutorial pp 15-18 (bring your tutorial book) |
Relative motion: tutorial pp 19-23 (bring your tutorial book) |
| 5 2/2-2/5 |
Motion in a circle, centripetal acceleration. Kinematics circular motion examples Read 4.4-5 | Non uniform circular motion Read 4.6 | Force, Newton's 1st and 2nd laws, force examples, free body diagram (FBD) Read 5.1-5.7 |
Feb 3 FBD: tutorial pp 25-30 (bring your tutorial book) |
Feb 5 No class (college-wide professional development day) |
| 6 2/9-2/12 |
Motion along a line: Newton's 2nd law in 1D, Read 6.1-6.2 |
Mass, weight and apparent weight Read 6.3 |
Friction, drag, Read 6.4 - 6.6 |
Feb 10 Newton's 2nd & 3rd laws: tutorial pp 31-34 (bring your tutorial book) Read 7.1-7.3 |
Feb 12 Lab: projectile motion |
| 7 2/16-2/19 | skier (Mathematica file) (Examples using Newton's laws) Reread chapters 6 & 7.1-3, read 7.4-5 |
Dynamics of uniform circular motion. Dynamics circular motion examples Read 8.1-8.4 | Dynamics of non-uniform circular motion. examples, loop the loop solution Read 8.5 | Feb 17 Exam 1 (chapters 1 through 5) Sample 1: exam, solution |
Feb 19 Lab: Experiencing Newton's laws |
| 8 2/23-2/26 | Work of a force Read 9.1-3 | Work of a spring, work done by dissipative forces Work energy with spring examples Read 9.4-5 |
Power Read 9.6
| Feb 24 Tension: tutorial pp 35-38 (bring your tutorial book) | Work-energy theorem: tutorial pp 39-42
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| 9 3/2-3/5 | Kinetic energy & potential energy Read 10.1-4 | Energy diagrams Read 10.5 |
Force and potential energy Read 10.6 |
Mar 3 Exam 2 (chapters 4 through 8, but don't forget 1 through 3) Sample 1: exam, solution | Mar 5 Changes in energy and momentum: tutorial pp 43-47 |
| 10 3/9-3/12 |
Impulse
and momentum |
Conservation of momentum Read 11.2 | Collisions Tennis ball - basket ball: video, Mathematica file Read 11.3-4 | Conservation of momentum in 1D: tutorial pp 49-52 |
Lab: Impulse-momentum theorem |
| 11 3/16-3/19 |
Momentum examples Green goblin controversy: video |
2D Momentum Read 11.5 | | Conservation of momentum in 2D: tutorial pp 53-56 | Exam 3 Sample
1: exam, solution and some more |
| 12 3/23-3/26 | |||||