
Originally Posted by
RobLV1
A bowling ball goes through four phases for maximum power: skid, hook, hook-out, and roll. The forward momentum of the ball is generated by the approach and arm swing of the bowler. At the same time that the ball is skidding forward through the oil, it is rotating laterally based on the bowlers release. At the point where the ball starts encountering friction, it slows slightly allowing the lateral energy of the release rotation to become equal to the forward energy of the skid. At this point the ball begins to hook. When the hook is complete, the ball "stands up" and begins to roll forward toward the pins. This is the point of maximum power and should occur just before the ball enters the pins.
The problem is that once this process starts, it cannot be stopped. If the ball hooks too early, it stops hooking too early, it rolls to early, and rolls-out to lose energy before it gets to the pins. The result are those pesky corner pins that refuse to fall.
The idea of seeing the lanes from front to back rather than side to side is based on the FACT that there are dry parts of the lane past the length of the pattern as well as outside of the pattern. It is the bowlers job to make sure that he/she is using the oil properly to delay the hook phase long enough to allow the ball to enter the pins with maximum energy. Since many bowlers equate the amount of hook with the amount of power, the tendency is to get the ball into the dry outside of the pattern too soon to see the ball hook more. They often use balls that are too strong (early rolling) and get them into the outside friction way too soon so that they can see them hook more. How much hook does not matter. When the ball rolls does!
Understand?
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