Find the highest distance throughout center of gravity

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Reference no: EM1371475

Q. The maximum applied force of compression that one man's thighbone can endure without breaking is 7.6 x10^4 N. The minimum effective cross-sectional area of the bone is 3 x10-4 m2, its length is 0.52 m, and Young's modulus is Y=9.4x10^9 N/m2. The mass of the man is 69 kg. He falls straight down without rotating, strikes the ground stiff-legged on one foot, and comes to a halt without rotating. To see that it is easy to break a thighbone when falling in this fashion, find the highest distance throughout which his center of gravity can fall without his breaking a bone.

Reference no: EM1371475

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