33. In an experiment the equilibriurm constant for the
reaction A +B=C+ D is K, when the initial
moles of A and B each is 1.0 moles. Under the
similar conditions in an another experiment if the
initial moles of A and B are taken 2 and 3 moles
then the value of equilibrium constant will be:-

Q. In an experiment the equilibrium constant for the reaction A+B\leftrightharpoons C+D is K when the initial concentration of A+B each is 0.1 mol $L^{-1}$ Under the similar conditions in an another experiement if the initial concentration of A and B are taken 2 and 3 mol $L^{-1}$ respectively then the value of equilibrium constant will be:-

Q. In an experiment the equilibrium constant for the reaction $A+B\rightleftharpoons C+D$ is $K$ when the initially concentration of $A$ and $B$ each is $0.1mol{L}^{-1}$. Under the similar conditions in an another experiment if the initial concentration of $A$ and $B$ are take $2$ and $3mol{L}^{-1}$ respectively then the value of equilibrium constant will be:

Q. In the reaction $A\left(g\right)+B\left(g\right)\rightleftharpoons 2C\left(g\right)$, $2moles$ of $A$, $3.0moles$ of $B$ and $2.0moles$ of $C$ are placed in a 2 litre flask. If equilibrium concentration of $C$ is $0.5mole/L$ then, the value of equilibrium constant ($K_c$) will be:

Q. For the reaction $2A+B\leftrightharpoons C$
$1$ moles of $A$, $2$ moles of $B$ and $4$ moles of $C$ were taken initially in $1L$ vessel. At equilibrium moles of $C$ was $0.5$ what is the equilibrium constant?

Q. For the reaction, $A+B\rightleftharpoons C+D$, $4$ moles of $A$ are mixed with $4$ moles of $B$. At equilibrium, $2$ moles of $C$ and $D$ are formed. The equilibrium constant for the reaction will be: