A tennis player swings and hits the ball away. How does the force of the tennis racket affect the motion of the ball?(1 point)
It does not change the speed or the direction of the ball.
It changes the speed of the ball but not the direction.
It changes both the direction and the speed of the ball.
It changes the direction of the ball but not the speed.
It changes both the direction and the speed of the ball.
Well, well, well, let me serve you a hilarious answer! Imagine the tennis racket as a magical wand in the hands of a wizard. When the tennis player swings that racket, it applies a force to the ball, causing it to change both its speed and direction. So, the correct answer is: It changes both the direction and the speed of the ball. Game, set, and laugh!
what is a newton
The correct answer is: It changes both the direction and the speed of the ball.
The correct answer is: It changes both the direction and the speed of the ball.
When a tennis player swings and hits the ball with a racket, the force exerted by the racket affects the motion of the ball in multiple ways. The motion of the ball can be broken down into two components: speed and direction.
The force applied by the racket causes a change in the ball's speed. If the player hits the ball with more force, the speed of the ball will be greater. Conversely, if the player applies less force, the speed of the ball will be lower.
Additionally, the force of the racket also changes the direction of the ball. The angle at which the racket strikes the ball determines the direction in which the ball will travel. If the racket hits the ball at a certain angle, the ball will be sent in a specific direction.
Therefore, the force of the tennis racket affects both the speed and direction of the ball, making the correct answer "It changes both the direction and the speed of the ball."