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ID:799796
User:24.141.24.103
Article:Bowling ball
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===Specifications===
 
===Specifications===
[[United States Bowling Congress|USBC]] and [[Fédération Internationale des Quilleurs|FIQ]] regulation ten-pin bowling balls must weigh no more than 16 pounds (7.2 kg) (governing bodies do not regulate how light a bowling ball may be), have absolutely no metallic component materials used anywhere in their makeup, and have a maximum circumference of 27 inches (68.6 cm) directly in the equipment rules for tenpin bowling, which results in a maximum diameter of 8.59 inches (21.8 cm). The lightest ball generally available is the {{convert|6|lb|adj=on}} weight, which is used mainly by children, women, and weaker people in general. Ball weights between {{convert|12|and|16|lb}} are common in adult league play. Since the physical dimensions of regulation balls remain the same, while the weight may differ, lighter balls are much less dense than heavier ones. Thus, balls under about 11 pounds will float when placed in [[water]].
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Hey man! I'm talking to you on the phone now!!! [[United States Bowling Congress|USBC]] and [[Fédération Internationale des Quilleurs|FIQ]] regulation ten-pin bowling balls must weigh no more than 16 pounds (7.2 kg) (governing bodies do not regulate how light a bowling ball may be), have absolutely no metallic component materials used anywhere in their makeup, and have a maximum circumference of 27 inches (68.6 cm) directly in the equipment rules for tenpin bowling, which results in a maximum diameter of 8.59 inches (21.8 cm). The lightest ball generally available is the {{convert|6|lb|adj=on}} weight, which is used mainly by children, women, and weaker people in general. Ball weights between {{convert|12|and|16|lb}} are common in adult league play. Since the physical dimensions of regulation balls remain the same, while the weight may differ, lighter balls are much less dense than heavier ones. Thus, balls under about 11 pounds will float when placed in [[water]].
   
 
The behavior of a rolling ball on a surface is controlled by several factors, the most obvious being the bowler's delivery. In the delivery, the bowler can use or fight (intentionally or unintentionally) the force of [[gravity]]. After the ball is on the surface of the lane, friction, [[Gyroscope|gyroscopic]] [[inertia]], and gravity all become factors. These environmental influences can be segregated as either lane conditions or ball characteristics. Additionally, a bowling ball is not an absolutely uniform [[sphere]]—the gripping holes (and sometimes a balance hole) alone make that impossible.
 
The behavior of a rolling ball on a surface is controlled by several factors, the most obvious being the bowler's delivery. In the delivery, the bowler can use or fight (intentionally or unintentionally) the force of [[gravity]]. After the ball is on the surface of the lane, friction, [[Gyroscope|gyroscopic]] [[inertia]], and gravity all become factors. These environmental influences can be segregated as either lane conditions or ball characteristics. Additionally, a bowling ball is not an absolutely uniform [[sphere]]—the gripping holes (and sometimes a balance hole) alone make that impossible.
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