a bowling ball strikes a pin, exerting a 55 n force on the pin.\nwhat is true of the pin at this…

a bowling ball strikes a pin, exerting a 55 n force on the pin.\nwhat is true of the pin at this instant?\nchoose 1 answer:\na the pin exerts a force on the ball less than 55 n.\nb the pin exerts a force on the ball equal to 55 n.\nc the pin exerts a force on the ball greater than 55 n.\nd the pin does not exert a force on the ball.

a bowling ball strikes a pin, exerting a 55 n force on the pin.\nwhat is true of the pin at this instant?\nchoose 1 answer:\na the pin exerts a force on the ball less than 55 n.\nb the pin exerts a force on the ball equal to 55 n.\nc the pin exerts a force on the ball greater than 55 n.\nd the pin does not exert a force on the ball.

Answer

Brief Explanations:

This is based on Newton's Third Law of Motion, which states that for every action force, there is an equal and opposite reaction force. The bowling ball exerting a 55 N force on the pin (action) means the pin exerts an equal force back on the ball.

Answer:

B. The pin exerts a force on the ball equal to 55 N.