A) ATP, NAD⁺, and CO₂.
B) ATP, pyruvic acid, and CO₂.
C) ATP, NADH, and CO₂.
D) ATP. NADH, and pyruvic acid.
E) NAD⁺, pyruvic acid, and CO₂.
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Short Answer
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True/False
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Multiple Choice
A) ADP phosphotransferase.
B) ATP creatase.
C) ATP polymerase.
D) ATP synthase.
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True/False
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Multiple Choice
A) breathe
B) produce food
C) digest food
D) produce ATP from food
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Short Answer
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Multiple Choice
A) one
B) three
C) six
D) eight
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Multiple Choice
A) The final electron acceptor is oxygen.
B) Each NADH yields three ATP molecules.
C) Each FADH₂ yields two ATP molecules.
D) The electron transport chain will work whether oxygen is present or not.
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Multiple Choice
A) to power hydrogen ion pumps
B) to link oxygen to hydrogen ions
C) to power water pumps
D) to directly power ATP synthase
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Multiple Choice
A) glycolysis
B) the Krebs cycle
C) the electron transport chain
D) the Krebs cycle and the electron transport chain
E) glycolysis and the Krebs cycle
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Multiple Choice
A) NADH is reduced to NAD⁺.
B) NADH is oxidized to NADH₂.
C) NADH is reduced to NADH₂.
D) NADH is oxidized to NAD⁺.
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Multiple Choice
A) zero
B) four
C) two
D) three
E) one
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Multiple Choice
A) glycolysis, Krebs cycle, electron transport
B) electron transport, Krebs cycle, glycolysis
C) Krebs cycle, glycolysis, electron transport
D) electron transport, glycolysis, Krebs cycle
E) Krebs cycle, electron transport, glycolysis
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Multiple Choice
A) CO₂
B) FAD⁺
C) NAD⁺
D) glucose
E) ATP
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Multiple Choice
A) glucose is reduced and oxygen is oxidized.
B) glucose is oxidized and oxygen is reduced.
C) oxygen oxidizes glucose directly.
D) both glucose and oxygen get reduced.
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Multiple Choice
A) acetyl CoA
B) pyruvic acid
C) ATP
D) oxaloacetatic acid
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Matching
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Multiple Choice
A) pyruvic acid.
B) ATP.
C) CO₂.
D) NADH.
E) O₂.
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True/False
Correct Answer
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