A) \[4\,\,ATP+2\,\,NADPH\,\,+\,\,2PA\]
B) \[2\,\,ATP+2\,\,NA{{D}^{+}}+2\,\,PA\]
C) \[ATP\,\,+\,\,4\,\,NA{{D}^{+}}+\,\,\,4\,\,PA\]
D) \[2\,ATP+2\,\,NAD{{H}_{2}}\,+\,\,2\,\,PA\]
Correct Answer: D
Solution :
The total energy produced is equivalent to 8 ATPs.
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