1.ATP production is an example of a. a phosphoreductase reaction. b. an exergonic phosphorylation reaction. c. energy waste in mitochondria. d. the combustion of a molecule. e. the coupling of an exergonic reaction to an endergonic reaction1.ATP production is an example of a. a phosphoreductase reaction. b. an exergonic phosphorylation reaction. c. energy waste in mitochondria. d. the combustion of a molecule. e. the coupling of an exergonic reaction to an endergonic reaction1.ATP production is an example of a. a phosphoreductase reaction. b. an exergonic phosphorylation reaction. c. energy waste in mitochondria. d. the combustion of a molecule. e. the coupling of an exergonic reaction to an endergonic reaction1.ATP production is an example of a. a phosphoreductase reaction. b. an exergonic phosphorylation reaction. c. energy waste in mitochondria. d. the combustion of a molecule. e. the coupling of an exergonic reaction to an endergonic reaction1.ATP production is an example of a. a phosphoreductase reaction. b. an exergonic phosphorylation reaction. c. energy waste in mitochondria. d. the combustion of a molecule. e. the coupling of an exergonic reaction to an endergonic reaction

ATP production is an example of energy coupling where energy that is derived from one system is used to drive the reaction of a second system. energy released by ATP hydrolysis (an exergonic reaction) is usually used to drive cellular functions; coupling with endergonic reactions (reactions that absorbs heat from the environment). Sodium potassium pump uses this energy derived from ATP hydrolysis to pump sodium and potassium across the membrane.