Two moles of `NH_(3)` when put into a previoulsy evacuted vessel (one litre ), partially dissociated into `N_(2)and H_(2)` If ar 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

At a certain temperture in a 5L vessel 2 moles of carbon monoxide and 3 moles of chlorine were allowed to reach equilibrium according to the reaction CO+CI_(2) rarr COCI_(2) at equlibrium if one mole of CO is present then equilibrium constant (k_(c )) for the reaction is :

A mixture of 2 moles of N_(2) and 8 moles of H_(2) are heated in a 2 lit vessel, till equilibrium is established. At equilibrium, 04 moles of N_(2) was present. The equilibrium concentration of H_(2) will be

2 "mole" of PCl_(5) were heated in a closed vessel of 2 litre capacity. At equilibrium 40% of PCl_(5) dissociated into PCl_(3) and Cl_(2) . The value of the equilibrium constant is:

2 "mole" of PCl_(5) were heated in a closed vessel of 2 litre capacity. At equilibrium 40% of PCl_(5) dissociated into PCl_(3) and Cl_(2) . The value of the equilibrium constant is:

At a certain temperature 2 moles of carbonmonoxide and 3 moles of chlorine were allowed to reach equilibrium according to the reaction CO+Cl_(2)hArrCOCl_(2) in a 5 lit vessel. At equilibrium if one mole of CO is present then equilibrium constant for the reaction is :

In a chemical reaction N_(2)+3H_(2) hArr 2NH_(3) , at equilibrium point

One mole of H_2. two moles of I_2 and three moles of Hl injected in a one litre flask . What will be the concentrations of H_2, I_2 and Hl at equilibrium at 490 ^(@) C . The equilibrium constant for the reaction at 490 ^(@) C is 45. 9

4.0 moles of PCI_5 dissociated at 760 K in a 2 litre flask PCI_5 (g) hArr PCI_3 (g) +CI_2(g) at equilibrium . 0.8 mole of CI_2 was present in the flask .The equilibrium constant would be

A vessel of one litre capacity containing 1 mole of SO_(3) is heated till a state of equilibrium is attained. 2SO_(3(g))hArr 2SO_(2(g))+O_(2(g)) At equilibrium, 0.6 moles of SO_(2) had formed. The value of equilibrium constant is