Banks
Banned
Maybe Dr. Dave can verify this, if I even remember it correctly from physics..
When hitting a ball high, the force of the momentum is carried higher above the center. While this may not be the "overspin" that you are looking for(or trying to disprove), this is what is caused by the hit. Even in a masse, the ball briefly overspins, but the thing causing it to repeatedly hit a cushion is caused by the energy of the spin. Try some hits with side and watch the curve that takes effect as the friction begins to work on the spin, kind of like the curve from a multi-rail bank.
Or, for another example.. like the break that was mentioned earlier..
You can power a break with top, only to see it bounce back a little before regaining it's grip on the cloth and spinning forward. Usually, at that time the energy wears off from the spin and it is transfered into movement as the friction takes hold. While the ball may not be spinning faster than it's movement along the cloth, the energy of the spin does not wear off until it is used up in a collision or elsewhere.
Hopefully I got that right(if not, I'd like to hear more). It's the same principle of hitting a railed bank shot with top/angle to spin-kill the cue ball right at the rail or how people will try to use top on certain cut shots only to see the cue ball die right away instead of coming down-table.
Somebody asked earlier how you can tell what you're getting with a 70-degree hit or whatever. Well, how do you know to do a stop-shot, or an inch of draw, or knock a ball 3 feet into a hole?
Maybe I'm right, maybe I'm wrong.. I just keep hittin em til I get it the way I expect.
When hitting a ball high, the force of the momentum is carried higher above the center. While this may not be the "overspin" that you are looking for(or trying to disprove), this is what is caused by the hit. Even in a masse, the ball briefly overspins, but the thing causing it to repeatedly hit a cushion is caused by the energy of the spin. Try some hits with side and watch the curve that takes effect as the friction begins to work on the spin, kind of like the curve from a multi-rail bank.
Or, for another example.. like the break that was mentioned earlier..
You can power a break with top, only to see it bounce back a little before regaining it's grip on the cloth and spinning forward. Usually, at that time the energy wears off from the spin and it is transfered into movement as the friction takes hold. While the ball may not be spinning faster than it's movement along the cloth, the energy of the spin does not wear off until it is used up in a collision or elsewhere.
Hopefully I got that right(if not, I'd like to hear more). It's the same principle of hitting a railed bank shot with top/angle to spin-kill the cue ball right at the rail or how people will try to use top on certain cut shots only to see the cue ball die right away instead of coming down-table.
Somebody asked earlier how you can tell what you're getting with a 70-degree hit or whatever. Well, how do you know to do a stop-shot, or an inch of draw, or knock a ball 3 feet into a hole?
Maybe I'm right, maybe I'm wrong.. I just keep hittin em til I get it the way I expect.