# Calendar

Course calendar.
LEC # | TOPICS | KEY DATES
--- | --- | ---
1 | Intro and vector definitions |
2 | Motion in cartesian and polar coordinates |
3 | Newton's laws and forces | Problem set 1 due
4 | Application of Newton's laws I |
5 | Application of Newton's laws II | Problem set 2 due
6 | Momentum |
| Exam 1 |
7 | Collisions I |
8 | Rocket motion | Problem set 3 due
9 | Energy |
10 | Potential energy | Problem set 4 due
11 | Energy conservation |
12 | Collisions II | Problem set 5 due
| Exam 2 |
13 | Fixed axis rotation |
14 | Moment of Inertia | Problem set 6 due
15 | Rotational and translational motion |
16 | Rigid body motion | Problem set 7 due
17 | Gyroscopic motion I |
18 | Gyroscopic motion II | Problem set 8 due
19 | Cavendish experiment |
| Exam 3 |
20 | Moment of Inertia tensor |
21 | Euler's equations/accelerated reference frames | Project due
22 | Accelerated and rotating reference frames | Problem set 9 due
23 | Central force motion and Kepler's laws |
24 | Foundations of relativity |
| Final exam |