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Continue to ChatWhy a Golf Ball Compresses Like a SpringUntil It ShattersNot whatever follows Hooke'& #x 27; s law-- it & #x 27; s not truly a law however more like a standard(in fact it & #x 27; s a clinical design). Yup, that & #x 27; s what I & #x 27; m going to do. Yes, it & #x 27; s deformed.But the really crucial thing about this plot-- the flexible area isn & #x 27; t the location under the curve(the blue things in Destin & #x 27; s example).It & #x 27; s a design for the force applied by a spring, and it states the spring force is proportional to the quantity the spring is compressed or extended. Not whatever follows Hooke'& #x 27; s law-- it & #x 27; s not truly a law however more like a standard(in fact it & #x 27; s a clinical design). Yup, that & #x 27; s what I & #x 27; m going to do. Yes, it & #x 27; s deformed.But the extremely essential thing about this plot-- the flexible area isn & #x 27; t the location under the curve(the blue things in Destin & #x 27; s example). Even after getting overstretched, they still can be designed with Hooke & #x 27; s law.What about that golf ball in the video from Destin and Mark? https://golfingwithlapo.com/why-a-golf-ball-compresses-like-a-springuntil-it-shattersnot-whatever-follows-hooke-x-27-s-law-it-x-27-s-not-truly-a-law-however-more-like-a-standardin-fact-it-x-27-s/