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.

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.