A) \[P=2,Q=6,R=30\]
B) \[P=8,Q=6,R=24\]
C) \[P=8,Q=10,\text{ }R=20\]
D) \[P=2,Q=12,\text{ }R=24\]
Correct Answer: B
Solution :
Out of the 38 molecules of ATP produced upon aerobic respiration of glucose. The breakup of ATP during complete aerobic respiration is given belowGlycolysis | 2ATP directly | \[=2\,ATP\] | |
2 molecules of NADH | \[=6\,ATP\] | Total 8 ATP | |
Pyruvic acid to acetyl Co-A | 2 molecules of NADH | \[=6\,ATP\] | |
Citric acid cycle | 6 molecules of NADH | \[=18\,ATP\] | |
2 molecules of FADH | \[4\,ATP\] | ||
2 molecules of GTP | \[=2\,ATP\] | Total 24 ATP | |
Total | 38 ATP |
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