try stop and dont run hahahaahhaha....
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When you stop hitting the ball, it loses the kinetic energy transferred from the impact and gradually slows down due to friction with the surrounding air and surface. Eventually, the ball comes to a stop as its kinetic energy is converted into other forms of energy like heat and sound.
If there is no more fore applied in hitting the ball it slows down and eventually came to stop due to friction
The ball stops moving due to forces such as friction and air resistance acting upon it, slowing it down until it comes to a complete stop. Additionally, external factors such as hitting a wall or surface can also cause the ball to stop moving.
When catching a ball, two forces are at play: a force of gravity pulling the ball downward and a force exerted by the hand or glove pushing the ball upward to stop its motion. The interaction between these two forces determines the speed and direction at which the ball is caught.
Friction is a force that opposes motion. It can slow down an object, such as a car coming to a stop, or change the direction of an object, like when a ball rolls to a stop after hitting a wall.
If the car comes to a full stop when hitting a haystack, then it has greater momentum when hitting the stone wall. This is because momentum is the product of an object's mass and velocity, and if the car stops in a shorter distance when hitting the haystack, it must have had higher velocity (and therefore momentum) compared to when it hit the stone wall.
The equal action and reaction forces do not cancel each other out when one person hits a ball because they act on different objects. The force exerted by the person hitting the ball causes the ball to accelerate in the direction of the force, while the reaction force from the ball pushes back on the person, causing them to feel the impact of hitting the ball.