When sulphur is heated at 800 K, the initial pressure of 1 atm decreases by `20%` at equilibrium `K_(p)` of the reaction `S_(8)(g)rArr4S_(2)(g)` is :-

When sulphur in the form of S_(8) is heated at 900 K , the initial pressure of 1 atm falls by 10% at equilibrium. This is because of conversion of some S_(8) to S_(2) . Find the value of equilibrium constant for this reaction.

When sulphur in the form of S_(8) is heated at 900 K , the initial pressure of 1 atm falls by 10% at equilibrium. This is because of conversion of some S_(8) to S_(2) . Find the value of equilibrium constant for this reaction.

When S in the form of S_(8) is heated at 900 K , the initial pressure of 1 atm falls by 29% at equilibrium. This is because of conversion of some S_(8) to S_(2) . Find the K_(p) for reaction.

When S in the form of S_(8) is heated at 900 K , the initial pressure of 1 atmosphere falls by 29% at equilibrium. This is because of conversion of some S_(8) to S_(2) . Find the K_(p) for reaction.

When sulphur in the form of S_8 is heated at 900k the initial pressure of 1 atm falls by 29% at equilibrium . This is because of conversion of some S_8 "to" S_2 . Find the value of equilibrium constant for this reaction. S_8(g) hArr 4S_2(g)

When sulphur in the form of S, is heated at 900K, the initial pressure of one atm of S_(8) falls by 29% at equilibrium. This is because of conversion of some S_8 to S_2 . Find the value of equilibrium constant for this reaction

For the reaction C(s)+CO_(2)(g) hArr 2CO(g) , the partial pressure of CO_(2) and CO is 4.0atm amd 8.0 atm, respectively, at equilibrium. The K_(p) of the reaction is