For the reaction $A\left(g\right)+2B\left(g\right)\rightleftharpoons 2\left(g\right)+D\left(s\right)$, 2 moles of A, 3 moles of B and 1 mole of C are present in 10L vessel if $K_C$ for the reaction is 3.6, the reaction will proceed in:-

Q. For the reaction $A\left(g\right)+3B\left(g\right)\rightleftharpoons 2C\left(g\right)$ at ${27}^{o}C,$ 2 moles of A, 4 moles of B and 6 moles of C are present in 2 litre vessel. If $K_c$ for the reaction is 1.2, the reaction will proceed in:

Q. For the reaction $A\left(g\right)+3B\left(g\right)\rightleftharpoons 2C\left(g\right)$ at ${27}^{o}C,$ 2 moles of A, 4 moles of B and 6 moles of C are present in 2 litre vessel. If $K_c$ for the reaction is 1.2, the reaction will proceed in:

Q. At $1400K$, for the reaction $C{H}_4\left(g\right)+2H_{2}S\left(g\right)\rightleftharpoons C{S}_2\left(g\right)+4H_2\left(g\right)$, $K_c=2.5\times {10}^{-3}$. A $10L$ reaction vessel contains 2 moles of $C{H}_4,$ 3 moles of $C{S}_2$ , 3 moles of $H_2$ and 4 moles of $H_{2}S$. Choose the correct statement from the following:

Q. For the reaction $A\left(g\right)+3B\left(g\right)\rightleftharpoons 2C\left(g\right)at27$, 2 moles of A, 4 moles of B and 6 moles of C are present in 2 liter veessel. If $K_C$ for the reaction is 1.2, the reaction will proceed in

Q. The rate constant for the forward reaction $A\left(g\right)\rightleftharpoons 2B\left(g\right)$ is $1.5\times {10}^{-3}{s}^{-1}$ at 100 K. If ${10}^{-5}$ moles of A and 100 moles of B are present in a 10 litre vessel at equilibrium, then rate constant for the backward reaction at this temperature is :