Number of oxygen atoms required for oxidation of 2 N A D H2 molecule in ETS is

Question

Number of oxygen atoms required for oxidation of 2 N A D H2 molecule in ETS is (A) 1 (B) 2 (C) 3 (D) 4

Tardigrade Admin · Accepted Answer

For oxidation of one N A D H2 molecule, one oxygen atom is required in ETS; thus, for 2 N A D H2 molecules, 2 oxygen atoms are required. Oxygen functions as terminal electron acceptor during aerobic respiration.

Q. Number of oxygen atoms required for oxidation of $2 N A D H_{2}$ molecule in ETS is

1

2

3

4

For oxidation of one $N A D H_{2}$ molecule, one oxygen atom is required in ETS; thus, for 2 $N A D H_{2}$ molecules, 2 oxygen atoms are required. Oxygen functions as terminal electron acceptor during aerobic respiration.

Q. Number of oxygen atoms required for oxidation of 2NADH2​ molecule in ETS is

1

2

3

4

For oxidation of one NADH2​ molecule, one oxygen atom is required in ETS; thus, for 2 NADH2​ molecules, 2 oxygen atoms are required. Oxygen functions as terminal electron acceptor during aerobic respiration.

Q. Number of oxygen atoms required for oxidation of $2 N A D H_{2}$ molecule in ETS is

For oxidation of one $N A D H_{2}$ molecule, one oxygen atom is required in ETS; thus, for 2 $N A D H_{2}$ molecules, 2 oxygen atoms are required. Oxygen functions as terminal electron acceptor during aerobic respiration.