The free energy released from the electron transport system reaction NADH + ¹/₂ O₂ + H⁺ $\rightarrow$ H₂O + NAD⁺is $\Delta$ G $\degree$ '= -220 kJ/mol. How many moles of ATP could theoretically be made assuming 100% efficiency in energy coupling through the chemiosmotic theory, and that
ADP+P_i $\rightarrow$ ATP $\Delta$ G $\degree$ '= 30.5 kJ/mol?

Question

The free energy released from the electron transport system reaction NADH + ¹/₂ O₂ + H⁺

\rightarrow

H₂O + NAD⁺is

\Delta

G

\degree

'= -220 kJ/mol. How many moles of ATP could theoretically be made assuming 100% efficiency in energy coupling through the chemiosmotic theory, and that
ADP+P_i

\rightarrow

ATP

\Delta

G

\degree

'= 30.5 kJ/mol?

Quizplus · Accepted Answer

The Answer of The free energy released from the electron transport system reaction NADH + ¹/₂ O₂ + H⁺$\rightarrow$ H₂O + NAD⁺is $\Delta$G $\degree$'= -220 kJ/mol. How many moles of ATP could theoretically be made assuming 100% efficiency in energy coupling through the chemiosmotic theory, and that ADP+P_i $\rightarrow$ ATP $\Delta$G $\degree$'= 30.5 kJ/mol?

The Free Energy Released from the Electron Transport System Reaction →\rightarrow→

The Free Energy Released from the Electron Transport System Reaction $\rightarrow$