Question

how does a bowling ball work to cause a strike, where all ten pins fall over, to occur?
the bowling ball transfers kinetic energy to the pins when it strikes them.
the bowling ball transfers potential energy to the pins when it strikes them.
the bowling ball transfers thermal energy to the pins when it strikes them.
the bowling ball transfers mass to the pins when it strikes them.

Explanation:

To determine the correct answer, we analyze the energy transfer when a bowling ball strikes pins:

• Kinetic energy is the energy of motion. A moving bowling ball has kinetic energy. When it hits the pins, this kinetic energy is transferred to the pins, causing them to move (fall over).
• Potential energy is stored energy (e.g., due to height), and the bowling ball in motion for a strike uses kinetic, not potential, energy for transfer.
• Thermal energy is related to heat, and there's no significant heat transfer in a normal bowling strike.
• Mass cannot be transferred from the ball to the pins; mass is conserved and not transferred in this impact.

So the correct option is the one about kinetic energy transfer.

Answer:

The bowling ball transfers kinetic energy to the pins when it strikes them.