![]() That's not a pool term nor is it scientifically applicable here. ![]() I don't know what you're trying to say with the word "frozen". What spin can make a ball travel 3 extra feet, even after all the momentum from the cue ball is gone? And even after a lot of the spin is lost, transferring from the CB, to the 1, to the 2nd row, to the 9? if he just broke with a certain spin, he'd have moved the 9 towards the corner pocket. ttps:// And that makes sense - if the rack is truly frozen, why would the 9 travel anywhere, when balls behind it stop it from moving forward, and balls to the left and right stop it from moving sideways? He breaks 18 times in a row, and the 9 doesn't move. ![]() Here's a top pro using a template, which freezes the balls tightly. OK, then how would that work? what spin do you think causes this? In fact, a nine ball in the lower corner pocket can simply be the result of English You can make it move from other break angles, if the gap is there. It's not that relevant because the gap is the main thing that gets the ball moving, not the break angle. This is a simplified physics example and doesn't take into account angle of attack for the cure ball or cue ball spin that will invariably create force imbalances in the rack when struck.Īngle of attack is shown in the diagram, but it's true I didn't really discuss it.
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