Body Weight and Health
Chapter 4, Problem 9
Most of the energy in an ATP molecule is released . a. during cellular respiration; b.when the terminal phosphate group is hydrolyzed; c. in the form of new nucleotides; d. when it is transferred to NADH
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Related Practice
Textbook Question
What would happen if activation energy barriers didn't exist?
a. Substrates would not bind properly to enzymes;
b. Chemical reactions in the body would never occur;
c. Enzyme function would not be affected;
d, Metabolic reactions would proceed even if their products were not needed.
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Textbook Question
Cellular respiration involves .
a. the aerobic metabolism of sugars in the mitochondria by a process called glycolysis;
b. an electron transport chain that releases carbon dioxide;
c. the synthesis of ATP, which is driven by the rushing of protons through an ATP synthase;
d, electron carriers that bring electrons to the citric acid cycle;
e. the production of water during the citric acid cycle
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Textbook Question
The electron transport chain .
a. is located in the matrix of the mitochondrion;
b. has the electronegative carbon dioxide at its base;
c. is a series of nucleotides located in the inner mitochondrial membrane;
d. is a series of enzymes located in the intermembrane space;
e. moves electrons from protein to protein and moves protons from the matrix into the intermembrane space
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Textbook Question
Anaerobic respiration .
a. generates proteins for muscles to use;
b. occurs in yeast cells only;
c. does not use oxygen as the final electron acceptor;
d. uses glycolysis, the citric acid cycle, and the electron transport chain
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