If 1 mol of a fatty acyl-CoA containing 20 carbon atoms undergoes three rounds of $\beta$ oxidation, how many mol of ATP are produced from the complete aerobic catabolism of the products of these three rounds? (The remaining acyl-CoA is NOT catabolized further.)

Question

If 1 mol of a fatty acyl-CoA containing 20 carbon atoms undergoes three rounds of

\beta

oxidation, how many mol of ATP are produced from the complete aerobic catabolism of the products of these three rounds? (The remaining acyl-CoA is NOT catabolized further.)

If 1 mol of a fatty acyl-CoA containing 20 carbon atoms undergoes three rounds of β\betaβ oxidation, how many mol of ATP are produced from the complete aerobic catabolism of the products of these three rounds? (The remaining acyl-CoA is NOT catabolized further.)

If 1 mol of a fatty acyl-CoA containing 20 carbon atoms undergoes three rounds of $\beta$ oxidation, how many mol of ATP are produced from the complete aerobic catabolism of the products of these three rounds? (The remaining acyl-CoA is NOT catabolized further.)