If a chemical equation is multiplied by 3, then the equilibrium constant of the resulting equation will be ${(K)}^{3}$ .
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If a chemical equation is multiplied by 3, then the equilibrium constant of the resulting equation will be ${(K)}^{3}$ .
For example, consider a general chemical reaction $A ⇌ B$ ...... (1)
The equilibrium constant expression is $K_{c} = \frac{[B]}{[A]} = K$
Multiply equation (1) with 3.
$3 A ⇌ 3 B$ ...... (2)
The equilibrium constant expression becomes $K_{c} = \frac{[B]^{3}}{[A]^{3}} = (\frac{[B]}{[A]})^{3} = (K)^{3}$ .

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