Reaction in bowling describes how the ball moves along the lane surface. Bowlers study reaction to understand ball motion and lane conditions. The ball usually travels through skid hook and roll phases. Skid occurs when oil reduces friction during early lane travel. Hook begins when friction increases and the ball curves inward. Roll happens when the ball rotates forward toward the pins. Bowlers evaluate reaction to decide necessary alignment adjustments. Lane oil patterns strongly influence the hook phase length. Ball surface texture also changes friction with the lane. Rough surfaces increase traction and earlier hook movement. Polished surfaces extend skid through front lane sections. For example a bowler notices stronger hook during later frames. Increased friction changes the reaction and shifts pocket entry. Bowlers then move starting positions to maintain proper targeting. Strategic observation of reaction prevents repeated missed pocket hits. Coaches teach players to watch ball motion after each delivery. Understanding reaction allows effective adjustments throughout competitive matches.
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