In prokaryotic cells,the net gain of ATP mole | vedclass

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(B) In prokaryotic cells,there is no compartmentalization of the cell into organelles like mitochondria. Therefore,the energy cost for the transport o

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$38$

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(B) In prokaryotic cells,there is no compartmentalization of the cell into organelles like mitochondria. Therefore,the energy cost for the transport of $NADH$ produced during glycolysis into the mitochondria is absent. In eukaryotic cells,the net gain is $36$ $ATP$ because $2$ $ATP$ are consumed for the shuttle mechanism. However,in prokaryotes,the entire $38$ $ATP$ produced during aerobic respiration are available as a net gain.

In prokaryotic cells,the net gain of $ATP$ molecules from one molecule of glucose during aerobic respiration is $.........$.

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