When the ball hits the ground some energy is given up during the compression and decompression of the ball. The difference between bouncing it on concrete and sand. The sand almost stops the ball while the concrete bounces it back up fairly well. The sound it makes requires energy. Also gravity would rather have an object falling towards the larger mass than away.
3 ft
Depends on the brand of ball, and whether it's labeled as 'soft' or 'super long'.
Not all super balls bounce the same way. We would have to know more about the ball, such as its size and the material it's made of.
This cannot be answered. It all depends on how hard the ball was bounced.
A soaking tennis ball won't bounce high because it has become water-logged
about 45 to 59 inches high
if it is rough it will bounce lower and it is smooth it will bounce higher
no
25 centimeeters
The height a steel ball will bounce on concrete depends on factors like the initial drop height, ball size, and surface condition. Generally, steel balls bounce lower on concrete compared to more elastic surfaces due to concrete's hardness and lack of elasticity.
Yes it does, the water accumulates in the ball, which causes it to get heavier and therefore doesn't bounce as high as a normal tennis ball. The ball also tends to slide on the courts when the ball hits the surface when hit with pace.
Should to around 75% of the height that you drop it from.
i know that a basketball will because if it has nothing in it, it won't bounce. right? but when you put more helium in, it will bounce high. but if you put to much in it, it might explode!!!!!!!!!!!!!!!!!!
well, it all depends on how dead or new the ball is. If it is fresh, it will bounce about 3 1/2 feet.
The more fuzz, the less bounce. The less fuzzy, the higher the bounce.
Hot. Personal experiments have shown that temperatures below 25°C make the ball bounce less. From 25°C and upwards there aren't any greater changes in height of bounce. The balls bounce almost the same.