\[{{E}^{0}}=\frac{RT}{nF}\] In \[{{K}_{eq}}\]. This is called [CPMT 1988; MP PET 2000]

\[{{E}^{0}}=\frac{RT}{nF}\] In \[{{K}_{eq}}\]. This is called [CPMT 19

1.	\[{{E}^{0}}=\frac{RT}{nF}\] In \[{{K}_{eq}}\]. This is called [CPMT 1988; MP PET 2000]
A.	Gibb's equation
B.	Gibb's?Helmholtz equation
C.	Nernst's equation
D.	Vander Waal's equation
Answer» D. Vander Waal's equation

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\[{{E}^{0}}=\frac{RT}{nF}\] In \[{{K}_{eq}}\]. This is called [CPMT 1988; MP PET 2000]

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