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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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Hello everyone here we have a question asking which one is not true for A. T. P. A. It is the energy currency of sale that is true B. When the terminal phosphate group is hydrolyzed, it releases 7.3 kilocalories of energy. That's true. See it is a form of a di nucleotide that is not true. A. T. P. Is a mono nucleotide of and add a new and D. Is the main product of cellular respiration. That is true. So our answer here as to which one is incorrect is C. It is a form of di nucleotide. Thank you for watching. Bye.
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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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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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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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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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