Jeff’s basketball falls into a pond. There is no wind and the water is still. Jeff wants to get the ball. He throws a rock into the pond, which hits water at 2 ft behind the ball from Jeff’s view. What will happen to the ball?
To determine what will happen to the ball, we need to consider the concept of reflection. When a wave, such as a water wave or sound wave, encounters a boundary or obstacle, it can bounce back or reflect off that surface.
In this case, when Jeff throws a rock into the pond, it creates a disturbance in the water, sending out waves in all directions. Some of these waves will reach the ball and reflect off its surface.
Based on the given information that the rock hits the water 2 ft behind the ball from Jeff's view, we can infer that the waves will reach the ball and bounce back towards Jeff. When these waves meet, they will interfere constructively, resulting in an amplified wave. This amplified wave will likely cause the ball to move towards Jeff.
Therefore, the ball will move towards Jeff due to the wave reflection caused by the rock hitting the water.