L.S. Dennis
04-08-2003, 10:52 PM
I recently read an article written by Mike Sigel entiteled 'Get Off The Skids' in which he talks about the phenomena of skidding balls on the pool table. In it he says:
"Skids can potentially come up on any angled shot, especially with plastic balls here to stay, and it doesn't matter how far apart the cue ball and object balls are. There are two major causes: hitting the cue ball softly, and hitting it with follow. As you might expect, the two ways top pros override the dangers of skid are increased cueball speed and low spin".
My question is; why is hitting a high cue ball more likely to produce 'skid' than hitting a cue ball with draw? I can understand why hitting a ball softely might cause the object ball to skid some (especially if the balls aren't very clean, but I can't understand the former assertion!
Then again, who am I to argue with Mike Sigel!
Can someone give me a little course in physics?
Thanks
"Skids can potentially come up on any angled shot, especially with plastic balls here to stay, and it doesn't matter how far apart the cue ball and object balls are. There are two major causes: hitting the cue ball softly, and hitting it with follow. As you might expect, the two ways top pros override the dangers of skid are increased cueball speed and low spin".
My question is; why is hitting a high cue ball more likely to produce 'skid' than hitting a cue ball with draw? I can understand why hitting a ball softely might cause the object ball to skid some (especially if the balls aren't very clean, but I can't understand the former assertion!
Then again, who am I to argue with Mike Sigel!
Can someone give me a little course in physics?
Thanks