Tons of tennis would like to how the ball bounces on different types of court surfaces. Becuase of the surface a player will have to change his/her gameplain to fit the surface. So basically anyone playing tennis seriously.
it would be classed as out
Yes. Let's say it bounces on cement. It bounces high and hits the surface perfectly. However, if you were to bounce it on something like carpet, it would either bounce less high, or not bounce at all. This would be due to the fact that the carpet has padding so the ball would not be able to push off of a hard surface because carpet isn't usually hard.
Your question is worded weird but, if the court is made of clay, the ball would bounce better than a dirt court, so it affects how well the ball bounces
no
I believe the tennis ball would bounce the highest if you were to put equal force on each ball and throw it to the ground.I don't know exactly why, but I tested this once, and it seems the tennis ball bounces the highest because of the fact that it has the most air pressure inside of it.
If by what you mean is are you allowed to hit the return before it bounces - NO.
the type of bouncy ball that bounces the highest our golf balls but that is only on hard surface other wise it would be your standard bouncy ball out of the machines that are 50 cents(:
For a ball Machine, it does not change the kind of ball you would use if you were playing a tennis match. If you are a keen tennis player (plays more than 3/4 times per week) i wouldrecommend to buy Head ATP or any Slazenger but if you are just a typical player any unpressurised ball can be used with success.
Not all sound that hits matter is absorbed. Some of it is reflected. That means sound bounces off the solid matter the way a tennis ball bounces off a wall. Sound reflected back to its source is an echo.
Black would be no colours. the way we see things, is that light bounces off a surface, and into our eyes. The colour of the surface decides the colour of the light that is bounced into our eyes, and allows us to tell what colour it is. If there either isn't any light, or nothing that bounces in our direction, then we'll see the absence of light as black.
Since F= ma the much lighter tennis ball would receive much more acceleration and ,consequently, roll much farther, how far depend on the rolling surface. If they received the same initial velocity, they theoretically would roll the same distance bu it would again depend on the surface.
It depends. If a tennis balls are hit with the same amount of force, then the dry tennis ball will travel faster and farther. However, if the two tennis balls begin traveling at the same speed, then the dry tennis ball will slow down more rapidly than the wet tennis ball. The reason is the added mass of water. It would take more force to make the wet tennis ball fly as fast as the dry, but the added mass also requires more force to slow down the wet ball.