E'° of the NAD + / NADH half reaction is - 0.32 V. The E'° of the acetoacetate / ? – hydroxybuty

First, we need to understand that the spontaneous reaction will occur from the half reaction wit

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E'° of the NAD + / NADH half reaction is - 0.32 V. The E'° of the acetoacetate / ? – hydroxybutyrate half reaction is - 0.346 V. For a redox reaction based on two redox couples, the " spontaneous " net reaction is : Hint : Use the reduction potential table. A) acetoacetate + NAD+ ? + NADH + H+ + ? – hydroxybutyrate B) NAD+ + NADH + H+ ? acetoacetate + ? – hydroxybutyrate C) ? – hydroxybutyrate + NAD+ ? acetoacetate + NADH + H+ D) ? – hydroxybutyrate + NADH + H+ ? acetoacetate + NAD+ E) acetoacetate + NADH + H+ ? ? – hydroxybutyrate + NAD+

          E'° of the NAD + / NADH half reaction is - 0.32 V. The E'° of the acetoacetate / ? – hydroxybutyrate half reaction is - 0.346 V. For a redox reaction based on two redox couples, the " spontaneous " net reaction is :
Hint : Use the reduction potential table.

A) acetoacetate + NAD+ ? + NADH + H+ + ? – hydroxybutyrate
B) NAD+ + NADH + H+ ? acetoacetate + ? – hydroxybutyrate
C) ? – hydroxybutyrate + NAD+ ? acetoacetate + NADH + H+
D) ? – hydroxybutyrate + NADH + H+ ? acetoacetate + NAD+
E) acetoacetate + NADH + H+ ? ? – hydroxybutyrate + NAD+

E'° of the NAD + / NADH half reaction is - 0.32 V. The E'° of the acetoacetate / ? – hydroxybutyrate half reaction is - 0.346 V. For a redox reaction based on two redox couples, the " spontaneous " net reaction is :
Hint : Use the reduction potential table.

A) acetoacetate + NAD+ ? + NADH + H+ + ? – hydroxybutyrate
B) NAD+ + NADH + H+ ? acetoacetate + ? – hydroxybutyrate
C) ? – hydroxybutyrate + NAD+ ? acetoacetate + NADH + H+
D) ? – hydroxybutyrate + NADH + H+ ? acetoacetate + NAD+
E) acetoacetate + NADH + H+ ? ? – hydroxybutyrate + NAD+

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