In the "Mass in Motion" lab, a ball was rolled down a ramp to see how far it moved a cup.

What did this experiment demonstrate?

An object's momentum decreases with velocity.

An object's momentum increases with velocity.

An object's mass increases velocity.

An object's mass decreases velocity.

Question

Chemistry

Diaz

6 October, 22:56

In the "Mass in Motion" lab, a ball was rolled down a ramp to see how far it moved a cup.

What did this experiment demonstrate?

An object's momentum decreases with velocity.

An object's momentum increases with velocity.

An object's mass increases velocity.

An object's mass decreases velocity.

+1

Answers (1)

Know the Answer?

Elyse Medina · Answer 1

An object's momentum increases with velocity

Explanation:

Mass in motion is a short phrase to describe the term momentum.

Momentum of a body explains the tendency of such an object to continue moving. It is expressed as the produce of mass and velocity of a body:

Momentum = mv

The momentum of a body is directly proportional to its mass and velocity. Therefore, an object's momentum increases with both mass and velocity. The greater the momentum a body has, the greater the force it will exert on a body it hits.

In the "Mass in Motion" lab, a ball was rolled down a ramp to see how far it moved a cup.What did this experiment demonstrate?An object's momentum decreases with velocity.An object's momentum increases with velocity.An object's mass increases velocity.An object's mass decreases velocity.

In the "Mass in Motion" lab, a ball was rolled down a ramp to see how far it moved a cup.

What did this experiment demonstrate?

An object's momentum decreases with velocity.

An object's momentum increases with velocity.

An object's mass increases velocity.

An object's mass decreases velocity.