1.The hyperbolic force dependence of muscle shortening velocity results from the fact that: a. Muscle contraction is best described by a Hookean Spring model. b. Energy is dissipated by mechanical wor...

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1.The hyperbolic force dependence of muscle shortening velocity results from the fact that: a. Muscle contraction is best described by a Hookean Spring model. b. Energy is dissipated by mechanical wor...

1.The hyperbolic force dependence of muscle shortening velocity results from the fact that:
a. Muscle contraction is best described by a Hookean Spring model.
b. Energy is dissipated by mechanical work and viscous drag, both of which depend on changes
in sarcomere length.
c. ATPase cycling is hyperbolically dependent on the local concentration of Actin.
d. Ftot = funi*D*N
e. Heat liberation by muscle is constant.

science Anatomy-And-Physiology

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1.The hyperbolic force dependence of muscle shortening velocity results from the fact that: a. Muscle contraction is best described by a Hookean Spring model. b. Energy is dissipated by mechanical wor...

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1.The hyperbolic force dependence of muscle shortening velocity results from the fact that: a. Muscle contraction is best described by a Hookean Spring model. b. Energy is dissipated by mechanical wor...

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1.The hyperbolic force dependence of muscle shortening velocity results from the fact that: a. Muscle contraction is best described by a Hookean Spring model. b. Energy is dissipated by mechanical wor...