Two pool balls, each moving at 2 m/s, roll toward each other and collide. Suppose after bouncing apart, each moves at 2 m/s. This collision violates conservation of

A) Momentum.

B) Energy.

C) Both momentum and energy.

D) None of the above choices.

Question

Marisol Good

Physics

18 July, 05:35

Two pool balls, each moving at 2 m/s, roll toward each other and collide. Suppose after bouncing apart, each moves at 2 m/s. This collision violates conservation of

A) Momentum.

B) Energy.

C) Both momentum and energy.

D) None of the above choices.

+3

Answers (1)

Know the Answer?

Jakob Hubbard · Answer 1

Answer:D

Explanation:according to the law of conservation of energy/momentum, when two bodies collides, their total momentum and energy before and after collision are equal. Given that the two bodies move with the same velocities after collision, means that the law has not been violated since momentum = mass x velocity (where mass is constant)

Two pool balls, each moving at 2 m/s, roll toward each other and collide. Suppose after bouncing apart, each moves at 2 m/s. This collision violates conservation ofA) Momentum.B) Energy.C) Both momentum and energy.D) None of the above choices.

Two pool balls, each moving at 2 m/s, roll toward each other and collide. Suppose after bouncing apart, each moves at 2 m/s. This collision violates conservation of

A) Momentum.

B) Energy.

C) Both momentum and energy.

D) None of the above choices.