Question

Glycolysis and the citric acid cycle break down glucose molecules into (by-product), storing the energy as ATP , , and . A. CO2, NADH, FADH2 B. O2, pyruvate, lactic acid C. Pyruvate, O2, CO2 D. NADH, O2, CO2 Upon completion of glycolysis and the citric acid cycle, only a small portion of the energy in glucose has been converted to ATP. At this point, the majority of the usable energy is contained in: A. electron carriers NADH and FADH2 B. carbon dioxide C. pyruvate D. acetyl-CoA Which byproduct of cellular respiration is the ’’carcass’’ of the glucose molecule after it has been stripped of all its energy? A. C6H12O6 B. O2 C. ATP D. H2O E. CO2 The major production of ATP during aerobic metabolism occurs when electrons from and are transferred to (the final electron acceptor). A. FADH2, NADH, H2O B. O2, FADH2, NADH C. FADH2, O2, NADH D. NADH, O2, FADH2 E. FADH2, NADH, O2 What is the direct (most immediate) energy source that ATP synthase uses to produce ATP? A. energy from the conversion of glucose to pyruvate B. energy from the breakdown of glucose, producing CO2 and H20 C. energy from a H+ gradient established in mitochondria D. energy derived from the breakdown of NADH and FADH2 E. energy from the metabolism of amino acids

          Glycolysis and the citric acid cycle break down glucose molecules into __________ (by-product), storing the energy as ATP , __________, and __________.
A. CO2, NADH, FADH2
B. O2, pyruvate, lactic acid
C. Pyruvate, O2, CO2
D. NADH, O2, CO2

Upon completion of glycolysis and the citric acid cycle, only a small portion of the energy in glucose has been converted to ATP. At this point, the majority of the usable energy is contained in:
A. electron carriers NADH and FADH2
B. carbon dioxide
C. pyruvate
D. acetyl-CoA

Which byproduct of cellular respiration is the ’’carcass’’ of the glucose molecule after it has been stripped of all its energy?
A. C6H12O6
B. O2
C. ATP
D. H2O
E. CO2

The major production of ATP during aerobic metabolism occurs when electrons from __________ and __________ are transferred to __________ (the final electron acceptor).
A. FADH2, NADH, H2O
B. O2, FADH2, NADH
C. FADH2, O2, NADH
D. NADH, O2, FADH2
E. FADH2, NADH, O2

What is the direct (most immediate) energy source that ATP synthase uses to produce ATP?
A. energy from the conversion of glucose to pyruvate
B. energy from the breakdown of glucose, producing CO2 and H20
C. energy from a H+ gradient established in mitochondria
D. energy derived from the breakdown of NADH and FADH2
E. energy from the metabolism of amino acids

Glycolysis and the citric acid cycle break down glucose molecules into (by-product), storing the energy as ATP , , and .
A. CO2, NADH, FADH2
B. O2, pyruvate, lactic acid
C. Pyruvate, O2, CO2
D. NADH, O2, CO2

Upon completion of glycolysis and the citric acid cycle, only a small portion of the energy in glucose has been converted to ATP. At this point, the majority of the usable energy is contained in:
A. electron carriers NADH and FADH2
B. carbon dioxide
C. pyruvate
D. acetyl-CoA

Which byproduct of cellular respiration is the ’’carcass’’ of the glucose molecule after it has been stripped of all its energy?
A. C6H12O6
B. O2
C. ATP
D. H2O
E. CO2

The major production of ATP during aerobic metabolism occurs when electrons from and are transferred to (the final electron acceptor).
A. FADH2, NADH, H2O
B. O2, FADH2, NADH
C. FADH2, O2, NADH
D. NADH, O2, FADH2
E. FADH2, NADH, O2

What is the direct (most immediate) energy source that ATP synthase uses to produce ATP?
A. energy from the conversion of glucose to pyruvate
B. energy from the breakdown of glucose, producing CO2 and H20
C. energy from a H+ gradient established in mitochondria
D. energy derived from the breakdown of NADH and FADH2
E. energy from the metabolism of amino acids

Added by Kimberly R.

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