By skid, I mean the occasional incidence of extreme throw. If the object balls are polished or waxed and become very slippery, do they tend to throw and skid more ?
Rarelymisses said:By skid, I mean the occasional incidence of extreme throw. If the object balls are polished or waxed and become very slippery, do they tend to throw and skid more ?
mosconiac said:"Skid" seems to have two connotations around here.
To me, "skid" refers to the inadvertent throw of an OB due to friction between it & the CB.
To others, "skid" refers to the slide of the balls when rebounding off rails of being hit by other balls.
Nostroke said:i usually hear it in case #1 and to me it's just a real misnomer. 'Cling' would fit so much better IMHO.
and believe it or not, i am such a blacksmith at this, i have never noticed a single incidence of cling/skid on one of my shots.
Tennesseejoe said:In my opinion "Cling" is the increased amount of contact between two balls which results in the object ball "Skidding" or being thrown off course. In other words "Cling" is between balls and "Skid" is between the ball and cloth. Therefore polished balls may have less "cling" and more "skid". Does it equal out---Now that my friends is the real question. Where are the theorists and the practitioners?
This is an interesting result, but I simply do not believe it. While you claim that the balls were clean in both cases, I'm suspicious that there was oil between the balls in the second test. It would have been better to do the experiment in the other order. Further, I never see throw as small as 1 inch in seven feet as you reported in your second part unless the balls have been doctored to reduce friction.Rarelymisses said:I did an experiment to investigate the relationship between new cloth and the frequency of skids. It seemed to me that a slippery cloth would allow more throw and more skids. To prove this, I put a piece of 2' x 3' plate glass on my table in the area of the spot. I froze 2 balls on the glass with oil at the bottom of the balls, so that there was almost no friction between the glass and the balls. I shot into the balls at a 30 degree angle and measured how far the balls threw at a distance of seven feet, and that distance was 8 inches. Then I removed the glass and repeated the experiment on dry cloth. The balls only threw about an inch (the balls were clean in both cases). So the friction of the dry cloth was enough to minimize the throw, and a new slippery cloth should allow more throw (and skids).