Net gain of ATP molecules, during aerobic respiration, is :

Question

Net gain of ATP molecules, during aerobic respiration, is : (A) 36 molecules (B) 38 molecules (C) 40 molecules (D) 48 molecules

Tardigrade Admin · Accepted Answer

During aerobic respiration, 38 ATP molecules are gained. If specifically aerobic respiration in eukaryote is asked, then the answer would be 36 ATP because 2 ATP molecules are produced by FADH2 which accepts the H+ from 2 NADH moleucles produced in glycolysis.

Q. Net gain of ATP molecules, during aerobic respiration, is :

36 molecules

38 molecules

40 molecules

48 molecules

During aerobic respiration, $38$ ATP molecules are gained. If specifically aerobic respiration in eukaryote is asked, then the answer would be $36$ ATP because $2$ ATP molecules are produced by $F A D H_{2}$ which accepts the $H^{+}$ from $2$ NADH moleucles produced in glycolysis.

Q. Net gain of ATP molecules, during aerobic respiration, is :

36 molecules

38 molecules

40 molecules

48 molecules

During aerobic respiration, 38 ATP molecules are gained. If specifically aerobic respiration in eukaryote is asked, then the answer would be 36 ATP because 2 ATP molecules are produced by FADH2​ which accepts the H+ from 2 NADH moleucles produced in glycolysis.

During aerobic respiration, $38$ ATP molecules are gained. If specifically aerobic respiration in eukaryote is asked, then the answer would be $36$ ATP because $2$ ATP molecules are produced by $F A D H_{2}$ which accepts the $H^{+}$ from $2$ NADH moleucles produced in glycolysis.