March 1

|
|
March 4 |
- 2.1 Kinematics (continued)
- Notes
|
March 5 |
|
March 6 |
|
March 7 |
- Deriving "suvat" equations for uniform acceleration
- Notes
|
March 8 |
- Examples of using the "suvat" equations
- TO DO: see 2.1 Kinematics (outline)
- You need lots of practice: Calculator Pad
- Notes
|
March 14

|
|
March 14

|
|
March 18 |
- Reaction Time (using the "suvat" equations)
- Popper Physics (using the "suvat" equations)
- Velocity-time graphs (worksheet)
|
March 19 |
|
March 20

|
|
March 21 |
- Interactive Lecture Demos
- Changing Motion sheets
- Notes
|
March 22 |
- Go over TEST
- Finish Motion on an Incline
|
March 25 |
|
March 26 |
|
March 27 |
|
March 28 |
- Relative Velocity
- Error Analysis Lab
- Notes
|