In which of the following reactions,the conce | vedclass

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(B) The equilibrium constant $K$ is defined as the ratio of the concentration of products to the concentration of reactants at equilibrium: $K = \frac

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$M \rightleftharpoons N; \, K = 10$

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(B) The equilibrium constant $K$ is defined as the ratio of the concentration of products to the concentration of reactants at equilibrium: $K = \frac{[	ext{Product}]}{[	ext{Reactant}]}$.Rearranging this,we get: $[	ext{Product}] = K 	imes [	ext{Reactant}]$.For the concentration of the product to be higher than the concentration of the reactant $([	ext{Product}] > [	ext{Reactant}])$,the value of $K$ must be greater than $1$.Comparing the given options:$A) K = 0.001 $B) K = 10 > 1$$C) K = 0.005 $D) K = 0.01 Therefore,in reaction $M ightleftharpoons N$ with $K = 10$,the concentration of the product is higher than the reactant.

List-$I$	List-$II$
$(i)$ The equation of the polar of $(-5, 1)$ with respect to $C$	$(A)$ $y = 0$
$(ii)$ The equation of the tangent at $(8, 0)$ to $C$	$(B)$ $y = 6$
$(iii)$ The equation of the normal at $(2, 6)$ to $C$	$(C)$ $x + y = 7$
$(iv)$ The equation of the diameter of $C$ through $(8, 12)$	$(D)$ $13x + 5y = 98$
	$(E)$ $x = 8$

In which of the following reactions,the concentration of the product is higher than the concentration of reactant at equilibrium? ($K =$ equilibrium constant)

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