This equation allows the prediction of the angle of lean of a runner for any velocity, v, and cornering radius r. Typically for an athlete running at 10 m/s (a 200 m race) around an athletics track of radius of rotation 40 m, the angle of lean would be 14°. If the athlete performed on an indoor track of radius of rotation 20 m then the angle of lean would increase to 27°. (11: 175 176)
Suleiman Salam Salem, M. (2015). Some biomechanical characteristics for sprint stride and its relation to foot placement on the curve and straight for 100 and 200 m sprinters. Assiut Journal of Sport Science and Arts, 215(2), 506-523. doi: 10.21608/ajssa.2015.70812
MLA
Mohammed Suleiman Salam Salem. "Some biomechanical characteristics for sprint stride and its relation to foot placement on the curve and straight for 100 and 200 m sprinters", Assiut Journal of Sport Science and Arts, 215, 2, 2015, 506-523. doi: 10.21608/ajssa.2015.70812
HARVARD
Suleiman Salam Salem, M. (2015). 'Some biomechanical characteristics for sprint stride and its relation to foot placement on the curve and straight for 100 and 200 m sprinters', Assiut Journal of Sport Science and Arts, 215(2), pp. 506-523. doi: 10.21608/ajssa.2015.70812
VANCOUVER
Suleiman Salam Salem, M. Some biomechanical characteristics for sprint stride and its relation to foot placement on the curve and straight for 100 and 200 m sprinters. Assiut Journal of Sport Science and Arts, 2015; 215(2): 506-523. doi: 10.21608/ajssa.2015.70812
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