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Kinematics


Displacement vs distance, speed vs. velocity


Instantaneous vs average


Motion graphs
UAM


Free Fall


g
Fg


Air resistance/terminal speed/graphs
W = mg




FBD




Resultant force
Newton’s 1st


Equilibrium


Newton’s 2nd


F = ma
Inclined plane


Frictionless


FD


With friction


Elevator
p, impulse


F vs t graph


Conservation of p




Newton’s 3rd
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
Conservation of energy


Elastic/Inelastic


Power, efficiency


Uniform circular motion

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