Torque in bowling describes the twisting force applied during ball release. Bowlers create torque through wrist and finger rotation. This force increases ball spin and hook potential. Greater torque often produces sharper direction change downlane. Balanced technique controls torque without losing accuracy. Excessive torque may create unpredictable ball movement. Bowlers practice controlled wrist motion to regulate torque. Equipment design also influences how torque affects ball motion. Oil patterns determine whether strong torque remains beneficial. Dry lanes may exaggerate hook with too much torque. Bowlers adjust rotation depending on observed ball reaction. Coaches emphasize smooth release rather than forced twisting. Stable hand position supports consistent torque generation. For example a bowler increases wrist rotation slightly. The ball hooks more strongly toward the pocket. This increased movement results from added torque during release. Controlled torque helps bowlers adapt to varying lane conditions.
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