A resting muscle generates most of its ATP by:
a. hydrolysis of creatine phosphate
b. aerobic metabolism of fatty acids
c. glycolysis
d. fermentation of pyruvic acid to lactic acid
e. the formation of glycogen

because , ATP is involved in the allosteric regulation of many reactions , the muscles store energy in phosphate bonds of creatine phosphate which is used to phosphorylate ADP in a relaxed state to generate ATP . Aerobic and anaerobic respiration generate ATP during exercise or activated state of the muscle .

A resting muscle generates most of its ATP by: a. hydrolysis of creatine phosphate b. aerobic metabolism of fatty acids c. glycolysis d. fermentation of pyruvic acid to lactic acid e. the formation of glycogen

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A resting muscle generates most of its ATP by:
a. hydrolysis of creatine phosphate
b. aerobic metabolism of fatty acids
c. glycolysis
d. fermentation of pyruvic acid to lactic acid
e. the formation of glycogen