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1. Which object has a greater magnitude of change in momentum? A.The magnitude of change in momentum is equal B.There is not enough information to determin C.The clay ball D.The rubber ball

1. Which object has a greater magnitude of change in momentum? A.The magnitude of change in momentum is equal B.There is not enough information to determin C.The clay ball D.The rubber ball

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Answer the following two questions

1. Which object has a greater magnitude of change in momentum?

A.The magnitude of change in momentum is equal

B.There is not enough information to determin

C.The clay ball

D.The rubber ball

 

2. Which of the following indicates the direction of motion of the glider after the collisions and explains why it moves in that direction?

A.The glider moves to the right because the collision with the rubber ball is elastic and conserves energy.

B.The glider moves to the right because the magnitude of the change in momentum of the rubber ball is greater than the magnitude of the change in momentum of the clay ball.

C.The glider moves to the left because the clay ball has more inertia when it sticks to the glider than the rubber ball does when it bounces off.

D.The glider moves to the left because the clay ball exerts a force on the glider for a longer time than the rubber ball does.

Which object has a greater magnitude of change in momentum? Rubber ball Clay ball Glider A. |The magnitude of change in momentum is equal Track В. |There is not enough information to determin A clay ball and a rubber ball of identical mass are moving toward a glider that is at rest on a frictionless air track. The balls have the same speed, with the rubber ball moving toward the left as shown above. The balls strike the glider at the same time. The clay ball sticks to the glider, and the rubber ball bounces off it. ) The clay ball C. The rubber ball 10. Which of the following indicates the direction of motion of the glider after the collisions and explains why it moves in that direction? The glider moves to the right because the collision with the rubber ball is elastic and conserves energy. The glider moves to the right because the magnitude of the change in momentum of the rubber ball is greater than the magnitude of the change in momentum of the clay ball. В. C. The glider moves to the left because the clay ball has more inertia when it sticks to the glider than the rubber ball does when it bounces off. The glider moves to the left because the clay ball exerts a force on the glider for a longer time than +ha mhhe hall doar D.
Transcribed Image Text:Which object has a greater magnitude of change in momentum? Rubber ball Clay ball Glider A. |The magnitude of change in momentum is equal Track В. |There is not enough information to determin A clay ball and a rubber ball of identical mass are moving toward a glider that is at rest on a frictionless air track. The balls have the same speed, with the rubber ball moving toward the left as shown above. The balls strike the glider at the same time. The clay ball sticks to the glider, and the rubber ball bounces off it. ) The clay ball C. The rubber ball 10. Which of the following indicates the direction of motion of the glider after the collisions and explains why it moves in that direction? The glider moves to the right because the collision with the rubber ball is elastic and conserves energy. The glider moves to the right because the magnitude of the change in momentum of the rubber ball is greater than the magnitude of the change in momentum of the clay ball. В. C. The glider moves to the left because the clay ball has more inertia when it sticks to the glider than the rubber ball does when it bounces off. The glider moves to the left because the clay ball exerts a force on the glider for a longer time than +ha mhhe hall doar D.
Expert Solution
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Without comments on the mass and velocity of the object, it is not possible to determine the magnitude of change in momentum.

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