1. Which type of muscle contraction usually has the greatest rate of metabolic energy consumption? Group of answer choices All muscle actions have the same metabolic rate Fast concentric Slow eccentric Isometric 2. Inverse dynamics in biomechanics is typically used to determine involved body segments. Group of answer choices The resultant joint kinematics The resultant joint forces and moments The metabolic energy expenditure The mechanical energy transfers given measurements of the motion of the

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1. Which type of muscle contraction usually has the greatest rate of metabolic energy consumption?
Group of answer choices
All muscle actions have the same metabolic rate
Fast concentric
Slow eccentric
Isometric
2.
Inverse dynamics in biomechanics is typically used to determine
involved body segments.
Group of answer choices
The resultant joint kinematics
The resultant joint forces and moments
The metabolic energy expenditure
The mechanical energy transfers
given measurements of the motion of the
Transcribed Image Text:1. Which type of muscle contraction usually has the greatest rate of metabolic energy consumption? Group of answer choices All muscle actions have the same metabolic rate Fast concentric Slow eccentric Isometric 2. Inverse dynamics in biomechanics is typically used to determine involved body segments. Group of answer choices The resultant joint kinematics The resultant joint forces and moments The metabolic energy expenditure The mechanical energy transfers given measurements of the motion of the
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