Out of 38 molecules of ATP produced by aerobic respiration of glucose, the break up of ATP production in…
Out of 38 molecules of ATP produced by aerobic respiration of glucose, the break up of ATP production in glycolysis (P), pyruvate to acetyl-CoA formation (Q) and Krebs' cycle (R) is as follows :
$P=2, Q=6, R=30$
$P=8, Q=6, R=24$
$\mathrm{P}=8, \mathrm{Q}=10, \mathrm{R}=20$
$\mathrm{P}=2, \mathrm{Q}=12, \mathrm{R}=24$
Solution
\(P=8, Q=6, R=24\)
Break up in ATP production in glycolysis and pyruvic acid to acetyl CoA formation and Krebs cycle are 8, 6, 24 respectively.