ATP are produced per glucose molecule in the mitochondrial cristae, specifically in the series of electron carriers embedded in the membrane. ___________ is the final electron acceptor in this chain, and as ATP are produced, this molecule combines with hydrogen ions to form water. A. 36 or 38; carbon dioxide C. 36 or 38; oxygen B. 32 or 34; carbon dioxide D. 32 or 34; oxygen 2. In the Krebs Cycle, hydrogen atoms and electrons are transferred to A. NAD+ making NADH B. FAD making FADH2 C. Both A and D. Neither A nor B. 3. Which product(s) of the preparatory (prep) reaction go on to enter the Krebs cycle? A. All of these products go on to enter the Krebs cycle. B. 2 acetyl~CoA C. 2 NADH D. 2 CO2
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1. |
ATP are produced per glucose molecule in the mitochondrial cristae, specifically in the series of electron carriers embedded in the membrane. ___________ is the final electron acceptor in this chain, and as ATP are produced, this molecule combines with hydrogen ions to form water. A. 36 or 38; carbon dioxide C. 36 or 38; oxygen B. 32 or 34; carbon dioxide D. 32 or 34; oxygen |
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2. |
In the Krebs Cycle, hydrogen atoms and electrons are transferred to A. NAD+ making NADH B. FAD making FADH2 C. Both A and D. Neither A nor B. |
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3. |
Which product(s) of the preparatory (prep) reaction go on to enter the Krebs cycle? A. All of these products go on to enter the Krebs cycle. B. 2 acetyl~CoA C. 2 NADH D. 2 CO2 |
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