When a rolling ball loses energy because of friction, what happens to that energy?

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Multiple Choice

When a rolling ball loses energy because of friction, what happens to that energy?

Explanation:
Friction converts mechanical energy into other forms. When a rolling ball slows down, its kinetic energy from motion is transformed into heat in the ball and the surface (warming them slightly) and can also make sound from the rubbing. There isn’t any spring storing energy here, and the energy isn’t kept as potential energy forever, nor is energy created from nothing—the energy just changes form and is dissipated as heat and sound.

Friction converts mechanical energy into other forms. When a rolling ball slows down, its kinetic energy from motion is transformed into heat in the ball and the surface (warming them slightly) and can also make sound from the rubbing. There isn’t any spring storing energy here, and the energy isn’t kept as potential energy forever, nor is energy created from nothing—the energy just changes form and is dissipated as heat and sound.

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