Given your answer for how many protons are pumped by NADH and knowing that 1 ATP...

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Biology

Given your answer for how many protons are pumped by NADH andknowing that 1 ATP requires 4 H+, how many ATP equivalents ofenergy can be provided by NADH? Note that I said \"equivalents\"which means you can have a fraction of ATP here. Round to 1 decimalplace.Now make the same calculation for FADH2. Again, make the sameassumptions.

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Oxidative phosphorylation starts with the arrival of 3 NADH molecules and 1 FADH2 molecule from the CAC citric acid cycle which shuttle high energy molecules to the ETC electron transport chain NADH pumps its electron to Complex I which is at a higher energy level than the other complexes The process of oxidation of NADH leads to the pumping of    See Answer
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