A ball rolls down a hill and hits a box. The momentum of the ball decreases. Which happens to the momentum?

Select one of the options below as your answer:

a. It is transferred to the box.

b. It is converted to inertia.

c. It is converted to mass.

Question

Lainey Green

Physics

12 May, 20:58

A ball rolls down a hill and hits a box. The momentum of the ball decreases. Which happens to the momentum?

Select one of the options below as your answer:

a. It is transferred to the box.

b. It is converted to inertia.

c. It is converted to mass.

+3

Answers (2)

Know the Answer?

Frye · Answer 1

First let us examine our options. For B, the law of inertia state that an object will keep on moving unless acted upon an external force. And I am thinking this is not the appropriate answer here. Also for C momentum and mass are not the same. Momentum is energy. Momentum cannot be converted to mass. A is the answer since momentum. When the ball hits the box, the box will move and decreases the velocity of the rock. Here momentum is transferred.

Melina Vaughan · Answer 2

It converted into inertia because of friction from the hill.

A ball rolls down a hill and hits a box. The momentum of the ball decreases. Which happens to the momentum?Select one of the options below as your answer:a. It is transferred to the box.b. It is converted to inertia.c. It is converted to mass.

A ball rolls down a hill and hits a box. The momentum of the ball decreases. Which happens to the momentum?

Select one of the options below as your answer:

a. It is transferred to the box.

b. It is converted to inertia.

c. It is converted to mass.