ME + nF -----> pG + qH In the equation shown, the... | JAMB UTME - Chemistry - 2018

Question 1 Report

ME + nF -----> pG + qH

In the equation shown, the equilibrium constant is given by?

\frac{[E]^{m} [F]}{[G]^{p} [H]^{q}}

\frac{[E] [F]}{[G] [H]}

\frac{[G]^{p} [H]^{p}}{[E]^{m} [F]^{n}}

\frac{[G] [H]}{[E] [F]}

Answer Details

The equilibrium constant for a chemical reaction is a measure of the balance between the reactants and products of a reaction at a particular temperature. The equilibrium constant is given by the ratio of the product of the concentration of the products raised to their stoichiometric coefficients, to the product of the concentration of the reactants raised to their stoichiometric coefficients. In the equation ME + nF -> pG + qH, the correct expression for the equilibrium constant is [G]^p * [H]^q / [E]^m * [F]^n, represented by.

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ME + nF -----> pG + qH In the equation shown, the equilibrium constant is given by?

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