Assume all organisms scale isometrically. let l and m denote the length and body mass of an individual, respectively. as cross-sectional area of a muscle is proportional to ___ and l is proportional to _, we have that strength is proportional to ___.

Assume all organisms scale isometrically. Let L and M denote the length and body mass of an individual, respectively. As cross-sectional area of a muscle is proportional to L2 and L is proportional to M1/3, we have that strength is proportional to M2/3.

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batolisis batolisis · Answer 2 · 2022-04-20T15:07:35+02:00

As cross-sectional area of a Muscle is proportional to __L2_____ and l is proportional to __M1/3_____, we have that strength is proportional to __M2/3.___.

Isometric scaling

Isometric scaling is the preservation of proportional relationships even as size of organisms changes through growth

Since it is assumed that all the organisms scale isometrically and also Given that L denotes the length and m denotes body mass of an individual the cross-sectional area of a muscle is proportional to L2 while I is proportional to M1/3 and the strength will be proportional to M2/3.

Hence we can conclude that As cross-sectional area of a Muscle is proportional to __L2_____ and l is proportional to __M1/3_____, we have that strength is proportional to __M2/3.___.

Learn more about isometric scaling : https://brainly.com/question/4057530

Assume all organisms scale isometrically. let l and m denote the length and body mass of an individual, respectively. as cross-sectional area of a muscle is proportional to _______ and l is proportional to _______, we have that strength is proportional to _____.

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Isometric scaling

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Assume all organisms scale isometrically. let l and m denote the length and body mass of an individual, respectively. as cross-sectional area of a muscle is proportional to ___ and l is proportional to _, we have that strength is proportional to ___.