The higher the height the ball is dropped from, the higher the height it will bounce to.
its weight aslo effects the bounce its weight aslo effects the bounce
That refers to the height from which something is dropped.
yes it does, that's why basketball players play on hardwood courts because of the smooth bouncing. it would be a lot harder to bounjce it on grass!
1.75 ft
The bouciness (if that's a word) of the ball, and the height you drop it from. The more bouncy the ball is, the higher it bounces, and the higher you drop it from, the higher it bounces. The higher the ball is when it is dropped, the more gravitational pull it will have on it. Also the material it is made of makes a difference, for example a bowling ball which is made of a hard material would not bounce as high as a rubber ball; this is because the rubber has more give in it, so has more potential to ping back into its original shape, creating kinetic (moving) energy which bounces it back up in the air again. Then when the ball bounces back up, it will not fall from as high a distance as before, therefore each time it bounces back up it has less and less gravitational energy, eventually bringing it to a halt on the floor.</H5> <P>Hope this helps.</P>
the height from which it was dropped
Yes if the ball is bigger it weighs more and the more weight the ball has the higher it will bounce but the height its dropped from also has to do with the how high it bounces Yes if the ball is bigger it weighs more and the more weight the ball has the higher it will bounce but the height its dropped from also has to do with the how high it bounces
Purple There is no way to determine this if you don't know the height the ball is being dropped from
After the 5th bounce, it peaks at 0.168 meter. Nice problem.
89
its weight aslo effects the bounce its weight aslo effects the bounce
Yes because of the balls energy, potential that turns into kinetic that makes a ball bounce.
Gravity pulls it back to earth. The gravitational pull isn't strong enough to keep the ball from bouncing but it can limit the height.
1 metre
75%
Certainly, try bouncing a rubber ball on the beach. For that matter, try bouncing it off the ocean.
Since no energy was lost, we can conclude that it was an elastic collision.