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Speed is a rate of change in what?
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
When object A collides with Object B and bounces back, its final momentum is ______ its initial momentum
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
When you run around a track at 5 km/h, your velocity is what?
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
Momentum is a measure of
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
A line on a speed-time graph with a steep slope would indicate what?
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
A moving object's velocity decreases, its momentum would do what?
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
If an object is moving at a constant velocity and you want to change its momentum, you would change its what?
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
What is the law of comservation of momentum?
Accelerating
Mass
Distance
Decrease
How hard it is to stop an object
Greater Speed
States that the momentum before is always the same as the momentum after the collision.
In the opposite direction as
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