Does Acceleration Affect Energy Transfer in Billiard Ball Collisions?

AI Thread Summary
The discussion centers on the relationship between acceleration, energy transfer, and terminal velocity, particularly in the context of billiard balls. It highlights how the speed at which a cue ball is struck affects its interaction with another ball: a slow hit allows the cue ball to continue rolling, while a fast hit causes it to stop. The conversation also explores the concept that greater acceleration requires more energy, suggesting a potential terminal velocity where the energy transfer between two colliding objects could be diminished. This implies that at high speeds, the energy needed to accelerate a moving object might counteract the energy transferred to another object upon impact.
simon
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Not quite the right term as this is a question about acceleration and transfer of energy.
If You hit a cue ball slowly, it will continue to roll after it hits the billiard ball. However if you hit the cue ball quickly it will come to a complete stop.
if you accelerate from 0 to 100 in 5 seconds it will use far more petrol than if ou do it in 10 seconds. So the faster something accelerates the more energy it requires to get it going.
So is there a terminal velocity whereby if two objects hit like the billiard balls, whereby the transfer of energy is conteracted by the acceleration required. So the speed at which the moving object is so great that to accelerate the other object, actually cancels out most of the energy transfer.
 
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Unless this is the kind of thing you talk about in your spare time (I hope not), you're in the wrong forum.

Jonathan
 
I am not a professional pool player.
 
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