1. And Uniform Accelerated Motion
Uniform Motion
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And Uniform Accelerated Motion

2. Equal distance is covered in equal time.
All motion is either
Equal distance is covered in equal time.
Not Constant speed
Not Constant Velocity
Not constant acceleration
Increase at the diff rate
Normal in real life
Equal distance is covered in equal time.
Constant speed
Constant Velocity
Increase at the same rate
Not normal in real life
Ex: Hands of a Clock
Uniform Motion
Non Uniform Motion E

3. Video Tutorial: Uniform Motion and Uniform Acceleration Motion
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/what-is-non-uniform-motion- definition-graph-analysis.html

4. Non Uniform Motion Distance traveled changes every second
Speeding up and slowing down at changing rates
Travels a different distance in each time
Nothing is constant

5. Non uniform Motion
Discuss how each of these examples are uniform motion
Car driving around town
The brakes applied to a moving car
A child running randomly

6. Uniform Motion (UM) Same Distance traveled every second
No change in velocity
No acceleration or deceleration
Nothing is changing

7. Uniform Motion Discuss how each of these examples are uniform motion
Airplane flying at one speed for a period of time
A train running at a set velocity
Light energy travelling at the speed of 3x108 m/s
Olympiad running at 10.4m/s

8. No change in velocity Acceleration is equal to 0
Uniform Motion P V A
No change in velocity
Acceleration is equal to 0

9. Uniform Accelerated Motion (UAM) Is a special case of UM
Video Examples
Constant change in velocity
Speeding up or Slowing Down
No change in velocity
No acceleration or deceleration
Nothing is changing

10. Uniform Accelerated Motion (UAM) is a special case of UMV A
Constant change in velocity
No change in acceleration
Acceleration is constant

11. Which of the kinematic equations are UM or UAM?

12. Discuss possible exampls of UAM