It all depends on which side you are measuring, the inside or the outside. The inside is shorter than the out because of the thickness of the balls covering. According to Wikipedia a tennis ball is 2.63 in. in diameter. The diameter on the inside will be a little closer to 2.50 in. The thickness of the balls covering is measured millimeters, and I don't know what that would be.
the radius is 3.2-3.3 cm height as in diameter??(if yes then double radius)
The tennis ball. But do you know why? The anser to that is in the relationship between the fomula for a shere's volum and that of it's surface area. Area is a radius squared function whereas volume is a radius cubed function.
Rod Laver, Tony Roche, and Arthur Ashe all ended up with tennis elbow. They hit the ball primarily with their wrists. This puts tremendous force on the elbow. Pancho Gonzales, Ken Rosewall, and Pancho Segura were immune to tennis elbow. They hit the ball from the shoulder down.
It's basically a 'ball and socket' joint. - think along the lines of holding a tennis ball in your hand. The shoulder joint itself is the socket and the end of the arm is the ball. Muscles hold the joint in place - while allowing it to move.
Almost all of your joints are used in tennis, but the main ones in a tennis serve are the knee joints, and elbow joints.
As soon as the ball has been released.In this case, the energy starts off purely kinetic; dependent on motion. Once the ball has reached it's highest point, it has converted to potential energy; dependent on height. It then resumes falling back to kinetic energy. This is best shown by a graph of energy over time where Potential energy is a parabola opened down (frown face) and Kinetic energy is a parabola opened up (smiley face).With this you can also note that Kinetic Energy + Potential Energy = mechanical energy. These two graphs added together should make a straight line for Mechanical energy (in simplistic demonstration).
As long as the tennis ball is not thrust downward, yes, the tennis ball will bounce back to the same proportion of its original height, no matter how far it's dropped, as long as the height is small enough that air resistance can be ignored. The ball will eventually come to rest due to this air resistance.
(Potential) energy is directly proportional to the release height.
the hotter the tennis ball is the higher it will bounce because the molecules are moving faster and the pressure is decreasing. Opposite when it is cold.
It helps if you are taller, so that you can reach the ball easier.
It depends on what height you drop it from.
Should to around 75% of the height that you drop it from.
not as far as you know is not a good answer because it does not explain. the mud will make the tennis ball heavier and denser if it has water in it the ball heavy wont go far for its bounce.
If the radius of each tennis ball is 3cm, then the diameter of each ball would be 6 centimeters. And since there are 3 balls, the height of the cylinder would be 18 centimeters.
idfk
When you drop a ball from, say, 3 metres, it will bounce back to roughly 2 metres.
The brick and the tennis ball might land at the same time, but the leaf will fall last.
a tennis ball