NADH has more reducing power than FADH 2 , therefore __________.

NADH has a higher reducing power than FADH2, leading to a larger proton gradient ($\Delta$p) and more ATP production. The redox potential (E°') of NADH is more negative, indicating a greater tendency to donate electrons compared to FADH2.

NADH has more reducing power than FADH 2 , therefore __________.

NADH has a higher reducing power than FADH2, leading to a larger proton gradient ($\Delta$p) and more ATP production. The redox potential (E°') of NADH is more negative, indicating a greater tendency to donate electrons compared to FADH2.

Solved

NADH Has More Reducing Power Than FADH₂, Therefore __________ $\Delta$ P and More ATP
B) Both FADH₂ and NADH Can

Question 19

Multiple Choice

NADH has more reducing power than FADH₂, therefore __________.

A) oxidation of NADH will contribute to form a larger $\Delta$ p and more ATP
B) both FADH₂ and NADH can be used by respiratory ETS, but FADH₂ will produce a lower ATP yield
C) the NADH + H⁺/NAD⁺ redox pair has a more negative E°' value than the FAD/FADH₂ pair
D) all of the above
E) none of the above