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yes because if it is heivgh it will bouce low
If the collision between ball and surface is sufficiently elastic, so that not a lot of energy is dissipated as sound, then the normal force will push the ball back at you. Ultimately, this normal force is caused by the electrostatic repulsion of identically-charged electron clouds in the atoms in the ball and the surface.
Yes... If the surface is smooth, then the ball should bounce fine but if the surface is rough the ball will bounce all over the place.
size and weight of the ball, density of the ball matter, density of the surface , tilt of the surface, grade and finish of the surface, and of course gravity!
When you get them removed they bouce higher than a rubberband ball with the similar weight and size.... But only for 30 minutes after they are removed
yes because if it is heivgh it will bouce low
YES
If the collision between ball and surface is sufficiently elastic, so that not a lot of energy is dissipated as sound, then the normal force will push the ball back at you. Ultimately, this normal force is caused by the electrostatic repulsion of identically-charged electron clouds in the atoms in the ball and the surface.
tennis
Yes... If the surface is smooth, then the ball should bounce fine but if the surface is rough the ball will bounce all over the place.
size and weight of the ball, density of the ball matter, density of the surface , tilt of the surface, grade and finish of the surface, and of course gravity!
When you get them removed they bouce higher than a rubberband ball with the similar weight and size.... But only for 30 minutes after they are removed
put tape around the perimiter of it.
On carpet the friction is more as it is a rough surface therefore it stops or slow down a rolling ball.
The outer cover is porous and absorbs water. Being that the tennis ball is also hollow inside, the water adds more weight to the ball and thus reduces its ability to effectively bounce.
The size of a ball does affect how fast it rolls. Surface also play a major role in how fast a ball will move.
A ball rolling along any surface will be slowed by friction. Different materials used for the ball and the rolling surface will affect the distance a ball will roll but in general, the smoother and more polished the surface is, the further a ball will roll.