A high school student hits a nail with a hammer. During the collision, there is a force

A. on the hammer but not on the nail.
B. on the nail but not on the hammer.
C. on the nail and also on the hammer.
D. both on the nail and hammer.

When a high school student hits a nail with a hammer, there is a force exerted on both the nail and the hammer. This is due to Newton's third law of motion, which states that for every action, there is an equal and opposite reaction. As the student applies a force to the hammer, the hammer exerts an equal and opposite force on the nail. This force causes the nail to move and penetrate the surface. Simultaneously, the reaction force from the nail pushes back on the hammer. So, both the nail and the hammer experience forces during the collision.

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A high school student hits a nail with a hammer. During the collision, there is a forceA. on the hammer but not on the nail. B. on the nail but not on the hammer. C. on the nail and also on the hammer. D. both on the nail and hammer.

Answer :

Other Questions

A high school student hits a nail with a hammer. During the collision, there is a force

A. on the hammer but not on the nail.
B. on the nail but not on the hammer.
C. on the nail and also on the hammer.
D. both on the nail and hammer.