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13 Nov 2019

1. For one molecule of glucose how many ATP, NADH, and FADH2 molecules are formed during:

a. Glycolysis?

b. Conversion to acetyl-CoA

c. Citric acid cycle

d. Total (8a-c)

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18 Feb 2019
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Related questions

___ 25- The Krebs cycle begins with the union of acetyl CoA with oxaloacetate forming citrate, allowing oxidative decarboxylation reactions to occur, and ends with the conversion of malate to oxaloacetate. Using this information and your knowledge of the Krebs cycle, how many net carbons does the citric acid cycle gain?
A) 0 carbons
B) 1 carbon
C) 2 carbons
D) 4 carbons
___ 26- Directly from the Krebs cycle we can obtain:
A) ATP
B) GTP and NADPH
C) ATP and NADPH
D) ATP, GTP, and NADPH
___ 27- Which of the following is not an intermediary of the Krebs cycle?
A) oxaloacetate
B) citrate
C) succinyl CoA
D) acetyl CoA
___ 28- How many di nucleotides are reduced by four turns of the Krebs cycle?
A) 1 FADH2 and 4 NADH
B) 2 FADH2 and 8 NADH
C) 4 FADH2 and 12 NADH
D) 1 FAD and 4 NAD +

During which stage in the complete oxidation of glucose are the greatest number of ATP molecules formed from ADP?

(a) glycolysis

(b) KrebҀ™s cycle

(c) conversion of pyruvic acid to acetyl CoA

(d) electron transport chain.

Calculate how many molecules of ATP are produced per molecule of glucose from the citric acid cycle reactions ONLY. Use the following P/O ratios: NADH = 2.5 and FADH2 = 1.5. Express your answer as an integer.

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