The change in actual Gibbs energy for the translocation of 1 mole of H+ across the inner membrane is -20.8 kJ/mol. Using this value, what is the change in actual Gibbs energy for FADH2 oxidation? What is the efficiency of energy conversion by FADH2 oxidation at Complex II?

Question

Anonymous · Answer

The change in actual Gibbs energy for FADH₂ oxidation at Complex II is calculated to be -124.8 kJ/mol. The efficiency of energy conversion is approximately 36.66% based on the energy released during ATP synthesis. This reflects how effectively the energy from FADH₂ is converted into usable biochemical energy. 
 ;

yugantevan · Answer

The change in actual Gibbs energy for FADH₂ oxidation at Complex II is calculated to be -124.8 kJ/mol. The efficiency of energy conversion is approximately 36.66% based on the energy released during ATP synthesis. This reflects how effectively the energy from FADH₂ is converted into usable biochemical energy.
;

The change in actual Gibbs energy for the translocation of 1 mole of H+ across the inner membrane is -20.8 kJ/mol. Using this value, what is the change in actual Gibbs energy for FADH2 oxidation? What is the efficiency of energy conversion by FADH2 oxidation at Complex II?

Answer (2)

Related Questions in Chemistry

[Done] The change in state from liquid to solid is called a.) freezing b.) condensation c.) melting d.) sublimation

[Done] What word describes a liquid that is resistant to flow (e.g., it does not pour easily)? A. surface tension B. viscous C. cohesive D. adhesive

[Done] Explain why an object in space may remain in motion at a constant velocity.

[Done] Title: $CH -01-12$ Based on its formula, sugar $C _6 H _{12} O _6$ is an example of what? a. an element b. a compound c. a homogeneous mixture d. a heterogeneous mixture

[Done] Which component is transferred between substances in an oxidation-reduction reaction? A. electrons B. energy C. oxygen D. protons