Motion

Motion:

1. Scalars           Vectors-phet        Addition         Parallelogram  rule        Tip to tail rule        Subtraction         Resolving a vector            The choice of frame

2. Position vector        Position-time graph           Displacement vector         Total displacement            Distance           Velocity as derivative          Distance and speed           Average  speed 

3. Velocity-time graph           Displacement as integral        Average speed          Average velocity             Acceleration as gradient 

4. Acceleration-time graph         Speed up is acceleration         Slow down is deceleration        Velocity as integral          

5. Two  dimensional  s.u.v.a.t             Projectile motion 

1. *Newton's first law    Inertial frames

2. **Galileo Galilei and principle of relativity

3. **Non-inertial frames and fictitious forces