The relationship between standard reduction potential of cell and equilibrium constant is shown by [MP PET 2002]

\[E_{cell}^{0}=0.059\,n\,\log {{K}_{c}}\]

\[E_{cell}^{0}=\frac{n}{0.059}\log {{K}_{c}}\]

\[E_{cell}^{0}=\frac{0.059}{n}\log {{K}_{c}}\]

\[E_{cell}^{0}=\frac{\log {{K}_{c}}}{n}\]

The relationship between standard reduction potential of cell and equi

1.	The relationship between standard reduction potential of cell and equilibrium constant is shown by [MP PET 2002]
A.	\[E_{cell}^{0}=\frac{n}{0.059}\log {{K}_{c}}\]
B.	\[E_{cell}^{0}=\frac{0.059}{n}\log {{K}_{c}}\]
C.	\[E_{cell}^{0}=0.059\,n\,\log {{K}_{c}}\]
D.	\[E_{cell}^{0}=\frac{\log {{K}_{c}}}{n}\]
Answer» C. \[E_{cell}^{0}=0.059\,n\,\log {{K}_{c}}\]

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The relationship between standard reduction potential of cell and equilibrium constant is shown by [MP PET 2002]

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