* Impact: When the ball hits the surface, its kinetic energy (energy of motion) is transferred to the surface, causing it to deform.
* Elasticity: The ball and the surface are elastic, meaning they can store energy in the form of potential energy during the deformation.
* Restitution: As the ball and surface try to return to their original shape, the stored potential energy is converted back into kinetic energy, propelling the ball upwards.
Factors Affecting Bounce:
* Material: The material of the ball and the surface determines how much energy is stored and how quickly it is released. Bouncy balls made of rubber or springy materials have higher elasticity, resulting in a higher bounce.
* Shape: A perfectly round ball bounces higher than an irregularly shaped one.
* Impact Speed: A faster impact results in more deformation and therefore a higher bounce.
* Surface: A hard, smooth surface will generally provide a better bounce than a soft or rough surface.
In essence, the bounce is a result of the ball and the surface briefly storing the energy of the impact and then releasing it back into motion.
