for more than 30 years, sports scientists have puzzled over why the optimum angle of release for a shot put is not 45 degrees. now here’s a curious puzzle of biomechanics: at what angle should the shot be released to maximise the distance of throw? but measurements of the action of the best putters consistently shows them using a release angle of between 37 and 38 degrees. when this is taken into account, the optimum angle of release turns out to be 42 degrees, closer to the measured value but still some 4 or 5 degrees out. nobody since then has been able to figure out where the difference arises now alexander lenz at the technical university of dortmund and florian rappl at the university of regensburg in germany say they know what’s going on.
when this is taken into account, the optimal angle of release turns out to be up to 1 degree bigger, making the biomechanical puzzle even more acute. next, lenz and rappl look at the energy the athletes can impart to the shot as they push it at an angle from the shoulder. the potential component is related to the height of the shot above the shoulder when it is released. and this lowers the optimum angle of release. this implies that athletes have greater power at their disposal when the angle of release is 0 degrees compared to other angles. this effect also means that a smaller angle of release could send the shot further.
for all ®ve athletes, the calculated optimum release angle was in good agreement with the athlete’s preferred keywords: athletics, projectile, release angle, shot put, sports biomechanics. introduction. one of the stranger olympic sports is the shot put, the optimal angle of release in shot put. hide abstract: we determine the optimal angle of release in shot put. the simplest model – mostly used in, optimal release angle for discus, optimal release angle for discus, body position in the shot put action, projectile motion in shot put, shot put speed of release. the standard view that the optimum projection angle in shot-putting is about 42\xb0 may be understood by using the well-known formula for the range of a projectile in free flight.
while the ideal release angle for the shot has been shown to be 42 degrees, the difference in distance when the shot is optimal angle of shotput and long jump. ings of the seventh international symposium of the society of. biomechanics in pdf | we determine the optimal angle of release in shot put. the simplest model – mostly used in, why is the optimal angle of release for shot put approximately 34 degrees?, shot put sector angle, physics of shot put, shot put science
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