`1.1` mole of A mixed with `2.2` mole of B and the mixture is kept in a 1 litre at the equilibrium `0.2` mole of C is formed, then the value of `K_(c)` will be:

1.1 moles of A are mixed with 2.2 moles of B and the mixture is kept in a one litre flask till the equilibrium A+ 2B hArr 2C + D is reached. At equilibrium, 0.2 moles of C are formed. The equilibrium constant of the reaction is

1.1 mole of A is mixed with 1.2 mol of B and the mixture is kept in a 1 L flask till the equilibrium A+2B hArr 2C+D is reached. At equilibrium 0.1 mol of D is formed . The K_c of the reaction

1.1 mole of A is mixed with 1.2 mol of B and the mixture is kept in a 1 L flask till the equilibrium A+2B hArr 2C+D is reached. At equilibrium 0.1 mol of D is formed . The K_c of the reaction

1.1 mole of A are mixed with 2.2 mole of B and the mixture is then kept in a 1 L vessel till the equilibrium : A+2B hArr 2C+D is reached. At equilibrium 0.2 moles of C are formed. The equilibrium constant for the reaction is :

1.1 mole of A mixed with 2.2 mole of B and then the mixture is then kept in one litre flask till the equilibrium is attained A+2B⇌2C+D . At the equilibrium 0.2 mole of C is formed, then the value of K_(c) will be:

1:1 mole of A are mixed with 2.2 mole of B and the mixture is kept in one litre flask till the equilibrium is reached A+2Biff2C+D . At equilibrium 0.2 mole of C is formed. The equilibrium constant in presence of catalyst at 2000K is

1.1 mole of A are mixed with 2.2 mole of Band the mixture is then kept In one litre flask till the equiliberium is attained A + 2B ⇌ 2C + D. At the equiliberium, 0.2 mole of C are formed. The equiliberium constant of the rection is :

Initially 0.8 mole of PCl_(5) and 0.2 mole of PCl_(3) are mixed in one litre vessel . At equilibrium 0.4 mole of PCl_(3) is present . The value of K_(C) for the reaction PCl_(5(g)) hArr PCl_(3(g)) + Cl_(2(g)) is