1. Kinematics
Displacement vs distance, speed vs. velocity
Instantaneous vs average
Motion graphs

2. UAM
Free Fall
g
Fg
Air resistance/terminal speed/graphs

3. W = mg
FBD
Resultant force

4. Newton’s 1st
Equilibrium
Newton’s 2nd
F = ma

5. Inclined plane
Frictionless
FD
With friction
Elevator

6. p, impulse
F vs t graph
Conservation of p
Newton’s 3rd

7. Work
-done by force in the same direction as displacement
- done by force in different direction
-done by a spring (graph)
Work energy theorem
W = ∆E W = ∆KE W = ∆U

8. Conservation of energy
Elastic/Inelastic
Power, efficiency
Uniform circular motion