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17 Cards in this Set
- Front
- Back
The organic compound that enters the glycolysis pathway is
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Glucose
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The end product of glycolysis is the 3-carbon molecule
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pyruvate
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In glycolysis, the net number of ATP molecules produced per glucose molecule is
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2
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In the transition reaction the end product of glycolysis is converted to -----, which enters the Krebs cycle by combining with -----, to form the 6-carbon molecule -----.
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acetyl-CoA ,oxaloacetate, citrate
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In the transition reaction and the Krebs cycle, carbon atoms are removed from
various compounds, forming -----, which is given off as a waste. |
carbon dioxide
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In glycolysis and the Krebs cycle, H atoms and electrons that are removed from various compounds are picked up by the coenzymes ----- and ----- are transferred to the ------.
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NAD+, FAD, the electron trsnsport chain.
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The number of turns of the Krebs cycle required to process one glucose molecule is -----. The number of ATP molecules produced per glucose molecule is -----.
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2,2
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In the electron transport system, the energy carried by the electrons is used to make
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ATP
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In the electron transport system, the final acceptor of electrons is
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oxygen
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The end product of the electron transport system is
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water
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The number of ATP molecules produced by the electron transport system is
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26
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In aerobic respiration the total number of ATP molecules produced is
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30
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Under anaerobic conditions in plant and yeast cells, the end product of
glycolysis is converted to |
ethanol and carbon dioxide
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In anaerobic respiration the total number of ATP molecules produced is
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2
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Glycolysis occurs in (what part of the cell?)
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the cytoplasm
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The Krebs cycle takes place in the ----- of the mitochondrion.
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matrix
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Electron transport takes place on the ----- of the mitochondrion.
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cristae
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