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Momentum can be calculated by using the following equation:
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
To calculate the average speed you must:
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
_______________is the tendency of an object to resist a change in motion:
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
Two or more forces are __________________ if they cancel each other out.
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
Momentum is transferred from one object to another in:
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
Acceleration can by calculated by:
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
Which of the following is NOT accelerating?
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
Acceleration occurs whenever an object:
A jogger moving at a constant speed
collision
Final speed – initial speed/time
balanced
Divide the distance by the time
Inertia
All of the above
P= M X V
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