QuestionAugust 22, 2025

C+Darrow CD (Delta G=11kcal/mol) What would be the Delta G value (kcal/mol) of the coupled reaction? (couple it to the Xarrow Y reaction above) Only type the Delta G value (number) in the answer blank, do not add any units or anything else. square

C+Darrow CD (Delta G=11kcal/mol) What would be the Delta G value (kcal/mol) of the coupled reaction? (couple it to the Xarrow Y reaction above) Only type the Delta G value (number) in the answer blank, do not add any units or anything else. square
C+Darrow CD (Delta G=11kcal/mol)
What would be the Delta G value (kcal/mol) of the coupled reaction?
(couple it to the Xarrow Y reaction above)
Only type the Delta G value (number) in the answer blank, do not
add any units or anything else.
square

Solution
4.2(168 votes)

Answer

-11 Explanation 1. Identify the Coupled Reaction The coupled reaction involves C + D \rightarrow CD and X \rightarrow Y. We need to find \Delta G for the overall process. 2. Calculate Overall \Delta G For a coupled reaction, the overall \Delta G is the sum of the individual \Delta G values. Given \Delta G(C+D\rightarrow CD) = 11 kcal/mol, we need \Delta G(X \rightarrow Y) to make the overall reaction favorable (negative \Delta G). 3. Determine Required \Delta G(X \rightarrow Y) To make the overall \Delta G negative, \Delta G(X \rightarrow Y) must be less than -11 kcal/mol.

Explanation

1. Identify the Coupled Reaction<br /> The coupled reaction involves $C + D \rightarrow CD$ and $X \rightarrow Y$. We need to find $\Delta G$ for the overall process.<br /><br />2. Calculate Overall $\Delta G$<br /> For a coupled reaction, the overall $\Delta G$ is the sum of the individual $\Delta G$ values. Given $\Delta G(C+D\rightarrow CD) = 11$ kcal/mol, we need $\Delta G(X \rightarrow Y)$ to make the overall reaction favorable (negative $\Delta G$).<br /><br />3. Determine Required $\Delta G(X \rightarrow Y)$<br /> To make the overall $\Delta G$ negative, $\Delta G(X \rightarrow Y)$ must be less than $-11$ kcal/mol.
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