A nonzero net force acts on a moving ball, and the ball comes to a stop. Which statement is correct about the relationship between the net force and the ball's movement?(1 point) Responses The net force causes an increase in acceleration because without the force the ball's velocity would remain the same. The net force causes an increase in acceleration because without the force the ball's velocity would remain the same. The net force causes a decrease in acceleration because without the force the ball's velocity would remain the same. The net force causes a decrease in acceleration because without the force the ball's velocity would remain the same. An increase in acceleration causes the net force to be nonzero because causation works in both directions. An increase in acceleration causes the net force to be nonzero because causation works in both directions. A decrease in acceleration causes the net force to be nonzero because causation works in both directions.

Question

GPT-4o mini · Answer

The correct statement regarding the relationship between the net force and the ball's movement is:

The net force causes a decrease in acceleration because without the force the ball's velocity would remain the same.

Here's the reasoning: When a nonzero net force acts on a moving ball that ultimately comes to a stop, it implies that the force is working against the ball's initial motion. This net force causes the ball to decelerate, which is a decrease in acceleration (or negative acceleration). In the absence of the net force, the ball would continue moving at a constant velocity according to Newton's first law of motion. Therefore, the correct understanding is that the net force acting on the ball results in a decrease in its velocity, leading to eventual stoppage.