A) pyruvate.
B) fatty acids.
C) amino acids.
D) glucose.
E) oxaloacetate.
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Short Answer
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Multiple Choice
A) Glucose usage would decrease; ethanol production would increase.
B) Glucose usage would increase; ethanol production would decrease.
C) Both glucose usage and ethanol production would increase.
D) Both glucose usage and ethanol production would be unchanged.
E) Glucose usage would not change; ethanol production would increase.
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Essay
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Multiple Choice
A) conversion of energy stored in the chemical bonds of glucose to an energy form that the cell can use.
B) recovery of NAD+ from NADPH.
C) conversion of kinetic to potential energy.
D) creation of energy in the cell.
E) elimination of excess glucose from the cell.
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Essay
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View Answer
Multiple Choice
A) reducing agent.
B) oxidizing agent.
C) vitamin.
D) phosphate ester.
E) phosphorylating agent.
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Multiple Choice
A) nucleus.
B) chloroplast.
C) endoplasmic reticulum.
D) mitochondrion.
E) cytosol.
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Multiple Choice
A) accumulate glucose.
B) no longer produce ATP.
C) accumulate pyruvate.
D) oxidize FAD.
E) oxidize NADH to produce NAD+.
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Multiple Choice
A) Oxygen would no longer be reduced to water.
B) No ATP would be made during transport of electrons down the respiratory chain.
C) Mitochondria would show a burst of increased ATP synthesis.
D) Glycolysis would stop.
E) Mitochondria would switch from glycolysis to fermentation.
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Multiple Choice
A) The citric acid cycle
B) Electron transport
C) Glycolysis
D) Fermentation
E) Pyruvate oxidation
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Multiple Choice
A) Glycogen; fats; proteins
B) Fats; glycogen; proteins
C) Glycogen; proteins; fats
D) Fats; proteins; glycogen
E) Proteins; glycogen; fats
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Multiple Choice
A) ADP
B) NAD+
C) FAD
D) Pi
E) All of the above
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Multiple Choice
A) create a proton gradient.
B) drive the reaction ADP + Pi ATP.
C) reduce NAD+ to NADH.
D) drive the reaction oxaloacetate citric acid.
E) reduce FAD to FADH2.
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Multiple Choice
A) has no connection with the respiratory chain.
B) is the same thing as fermentation.
C) reduces two NAD+ for every glucose processed.
D) produces no ATP.
E) takes place in the mitochondrion.
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Multiple Choice
A) increasing the rate of glucose oxidation.
B) decreasing oxidative phosphorylation from ATP.
C) increasing the breakdown of fat to yield ATP.
D) stimulating production of fast-twitch muscle fibers.
E) converting slow-twitch muscle fibers into fast-twitch muscle fibers.
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Multiple Choice
A) they are less dense than polysaccharides.
B) they have more C-H bonds and less C-OH bonds.
C) they are nonpolar.
D) fats do not bind to water.
E) they have essential roles as enzymes and structural elements.
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Multiple Choice
A) the electron transport chain.
B) the citric acid cycle.
C) glycolysis.
D) lactic acid fermentation.
E) alcoholic fermentation.
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Multiple Choice
A) The product of one reaction becomes the reactant for the next reaction.
B) They are a series of enzyme-catalyzed reactions.
C) Almost all are anabolic.
D) They are similar in all organisms.
E) Many are compartmentalized in eukaryotes.
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Short Answer
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