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1. Calculate the loads in bicep muscle and upper arm bone. Indicate if the muscle and bone are in tension or compression. Also, express these loads as an approximate % of your body weight. The field of Kinesiology is a combination of statics and dynamics, applied to the human body. Triceps muscle Biceps /muscle Statics m, = 4.0 kg CG m, = 2.5 kg W. CG 4.0 cm WA 16 cm 38 cm

1. Calculate the loads in bicep muscle and upper arm bone. Indicate if the muscle and bone are in tension or compression. Also, express these loads as an approximate % of your body weight. The field of Kinesiology is a combination of statics and dynamics, applied to the human body. Triceps muscle Biceps /muscle Statics m, = 4.0 kg CG m, = 2.5 kg W. CG 4.0 cm WA 16 cm 38 cm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Please solve review question . I am also confused in the second part of the question by what it means to express loads by the approximation % of the body weight.

1. Calculate the loads in bicep muscle and upper arm bone. Indicate if the muscle and bone are in tension or compression. Also, express these loads as an approximate % of your body weight. The field of Kinesiology is a combination of statics and dynamics, applied to the human body. Triceps muscle Biceps ´muscle Statics m, = 4.0 kg CG Fe m, = 2.5 kg Wo CG 4.0 cm Wa 16 cm 38 cm
Transcribed Image Text:1. Calculate the loads in bicep muscle and upper arm bone. Indicate if the muscle and bone are in tension or compression. Also, express these loads as an approximate % of your body weight. The field of Kinesiology is a combination of statics and dynamics, applied to the human body. Triceps muscle Biceps ´muscle Statics m, = 4.0 kg CG Fe m, = 2.5 kg Wo CG 4.0 cm Wa 16 cm 38 cm
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