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Mainly, what much energy of other types was converted to elastic energy. For example: if a ball falls from a certain height, and assuming a perfect bounce and no air resistance, all the potential energy is converted to kinetic energy as the ball falls down, which in turn is converted to elastic energy when it hits the floor. Then the elastic energy is converted back into kinetic energy, as the ball bounces back up.
Potential energy to Kinetic energy
because some of the energy that helps the ball to bounce is absorbed into the surface it is bouncing on (because the ball can be squashed) and so the energy deflected back up into the air again is less and less each time it bounces.
It will make the ball stop at some point.
It is usefull because how would the ball bonce without the being elastic energy in it???
It's because the surface area of a bouncing ball is more and it is thickly elastic
Heat.
Mainly, what much energy of other types was converted to elastic energy. For example: if a ball falls from a certain height, and assuming a perfect bounce and no air resistance, all the potential energy is converted to kinetic energy as the ball falls down, which in turn is converted to elastic energy when it hits the floor. Then the elastic energy is converted back into kinetic energy, as the ball bounces back up.
Yes
because some of the energy that helps the ball to bounce is absorbed into the surface it is bouncing on (because the ball can be squashed) and so the energy deflected back up into the air again is less and less each time it bounces.
Potential energy to Kinetic energy
It will make the ball stop at some point.
It is usefull because how would the ball bonce without the being elastic energy in it???
It is not a law of motion that states this. If there was no friction or elastic losses the ball could go on bouncing. It is the slight loss of energy every time the ball bounces, due to compression of the ball and friction between it and the surface, that gradually causes its energy to be given up to the environment.
kinetic or movement energy
Heat.
When a ball is squashed, it gains potential energy due to the compression of its material. This potential energy is stored in the form of elastic potential energy, as the ball has the potential to return to its original shape when released.