A reaction is \[A+B\to C+D\]. Initially we start with equal concentration of \[A\] and \[B\]. At equilibrium we find the moles of \[C\] is two times of \[A\]. What is the equilibrium constant of the reaction [BHU 1998; KCET 2000]

A reaction is \[A+B\to C+D\]. Initially we start with equal concentrat

1.	A reaction is \[A+B\to C+D\]. Initially we start with equal concentration of \[A\] and \[B\]. At equilibrium we find the moles of \[C\] is two times of \[A\]. What is the equilibrium constant of the reaction [BHU 1998; KCET 2000]
A.	4
B.	2
C.	\[1/4\]
D.	\[1/2\]
Answer» B. 2

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A reaction is \[A+B\to C+D\]. Initially we start with equal concentration of \[A\] and \[B\]. At equilibrium we find the moles of \[C\] is two times of \[A\]. What is the equilibrium constant of the reaction [BHU 1998; KCET 2000]

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