[" Two moles of "NH_(3)" when put into a previously evacuated vessel (one litre),partially "],[" dissociate into "N_(2)" and "H_(2)." If at equilibrium one mole of "NH_(3)" is present,the equilibrium "],[" constant is "]

Two moles of NH_(3) when put into a proviously evacuated vessel (one litre) pertially dissociate into N_(2) and H_(2) . If at equilibrium one mole of NH_(3) is present, the equilibrium constant is

Two moles of NH_(3) when put into a proviously evacuated vessel (one litre) pertially dissociate into N_(2) and H_(2) . If at equilibrium one mole of NH_(3) is present, the equilibrium constant is

Two moles of ammonia gas are introduced into a previously evacuated 1.0" dm"^(3) vessel in which it partially dissociates at high temperature. At equilibrium 1.0 mole of ammonia remains. The equilibrium constant K_(c) for the dissociation is

Two moles of ammonia gas are introduced into a previously evacuated 1.0" dm"^(3) vessel in which it partially dissociates at high temperature. At equilibrium 1.0 mole of ammonia remains. The equilibrium constant K_(c) for the dissociation is

Two moles of ammonia gas are introduced into a previously evacuated 1.0" dm"^(3) vessel in which it partially dissociates at high temperature. At equilibrium 1.0 mole of ammonia remains. The equilibrium constant K_(c) for the dissociation is

Two moles of NH_3 gas are introduced into a previously evacuated one litre vesel in which it partially dissociates at high temperature as 2NH_3(g) hArr N_2 (g) +3H_2(g) .at equilibrium , one mole of NH_3(g) remain . The value of K_c is

Two moles of ammonia gas are introduced into a previously evacuated 1 L flask in which it partially dissociates at high temperature as : 2NH_(3)(g)hArr N_(2)(g)+3H_(2)(g) At equilibrium 1.0 mole of NH_(3)(g) is found. What is K_(c ) ?