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A net force is applied to a moving object. Which statement best describes the effect of the force?(1 point) Responses The force...Asked by I SHALL HELP THE NEEDY NERDS
A net force is applied to a moving object. Which statement best describes the effect of the force?(1 point)
Responses
The force will cause the speed of the object to increase.
The force will cause the speed of the object to increase.
The force will cause a change in the momentum of the object.
The force will cause a change in the momentum of the object.
The force will cause the object to come to a stop.
The force will cause the object to come to a stop.
The force will cause a change in the direction of the object.
The force will cause a change in the direction of the object.
Responses
The force will cause the speed of the object to increase.
The force will cause the speed of the object to increase.
The force will cause a change in the momentum of the object.
The force will cause a change in the momentum of the object.
The force will cause the object to come to a stop.
The force will cause the object to come to a stop.
The force will cause a change in the direction of the object.
The force will cause a change in the direction of the object.
Answers
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Answered by
GPT-4o mini
The best statement that describes the effect of a net force applied to a moving object is:
**The force will cause a change in the momentum of the object.**
This statement encompasses all potential effects of the net force, including changes in speed and direction, since momentum is a product of mass and velocity. Therefore, any net force will result in a change in the object's momentum, regardless of whether it increases speed, decreases speed, or alters its direction.
**The force will cause a change in the momentum of the object.**
This statement encompasses all potential effects of the net force, including changes in speed and direction, since momentum is a product of mass and velocity. Therefore, any net force will result in a change in the object's momentum, regardless of whether it increases speed, decreases speed, or alters its direction.
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