The image shows a tennis ball hitting a tennis racket.According to Newton's third law of motion, which of the following best describes the forces of the tennis racket and the ball? A. Both the tennis racket and the ball experience equal forces in the same direction. B. Neither the tennis racket nor the ball experiences the force of gravity. C. Both the tennis racket and the ball experience equal forces but in opposite directions. D. The tennis racquet applies a greater force on the ball than the ball applies on the racket.

A force pair is produced when a tennis racket strikes a tennis ball. Which of the following best explains why the tennis ball does not have zero net force acting on it? The forces act perpendicular to each other. The two forces act in the same direction. The force exerted on the ball is greater than that exerted on the racket. Each half of the force pair acts on a different object.

The tennis ball hits the racket at a speed of 52m/s. The average force on the ball during the time that is in contact with the racket is 350N. The speed of the ball after it leaves the racket is 26m/s in the opposite direction to the initial speed of the ball. The mass of the ball is 58g. Calculate the change in momentum of the ball while it is in contact with the racket.

Newton’s third law of motion states that when one object exerts a force on a second object, the second object exerts a force on the first that is ______.Multiple choice question.unequal in strength and opposite in directionequal in strength and opposite in directionequal in strength and in the same directionunequal in strength and in the same direction

tennis ball flies into the net. The net applies a force to the ball, and the ball applies a force to the net. Each force is a push.The push from the net stops the tennis ball's motion.What is the direction of this force?away from the ballaway from the netSubmit

A hockey player is wearing ice skates and pushes against the wall propelling her backward on the ice. According to Newton's third law of motion, which of the following best compares the forces acting between the wall and the hockey player? A. The forces are equal and applied in the same direction. B. The forces are different sizes and applied in the opposite direction. C. The forces are equal and applied in the opposite direction. D. The forces are equal and applied against gravity.