Posted by CONFUSED!!!! on Tuesday, October 2, 2007 at 8:34pm.
Symbolically:
Throw a ball up vertically, it stays in the air a long time, but doesn't go far. The energy of the throw concentrated the speed vertically, where it did little horizontal movement.
So when one angles a ball upwards, it is in the air longer, but that means the horizontal velocity is lower.
To get to a distance D, horizontal velocity needs to be maximum. So ignorign friction, the ball thrown horizontally is the way to go, letting it bounce/roll (neglicting friction). But friction is real, so with each bounce one looses energy.
So the question is, loosing 3/4 energy on one bounce (velocity is 1/2 before bounce), is it still a better deal to let it bounce to get the ball there faster.
Look at time to plate, which is determined by horzontal velocity .
i don't know
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