Equimolar mixture of two gases A_(2) and B_(2) is taken in a rigid vessel at temperature 300 K. The gases reacts according to given equations : A_(2)(g)hArr2 A (g)K_(P1)=? B_(2)(g)hArr2 B (g)K_(P2)=? A_(2)(g)+B_(2)(g)hArr2 AB (g)K_(P3)=2 If the initial pressure in the container was 2 atm and final pressure developed at equilibrium is 2.75 atm. in which equilibrium partial pressure of gas AB was 0.5 atm, calculate the ratio of (K_(P2))/(K_(P1)) [Given : Degree of dissociation of B_(2) is greater than A_(2)].

Equimolar mixture of two gases A_(2) and B_(2) is taken in a rigid ves

1.	Equimolar mixture of two gases A_(2) and B_(2) is taken in a rigid vessel at temperature 300 K. The gases reacts according to given equations : A_(2)(g)hArr2 A (g)K_(P1)=? B_(2)(g)hArr2 B (g)K_(P2)=? A_(2)(g)+B_(2)(g)hArr2 AB (g)K_(P3)=2 If the initial pressure in the container was 2 atm and final pressure developed at equilibrium is 2.75 atm. in which equilibrium partial pressure of gas AB was 0.5 atm, calculate the ratio of (K_(P2))/(K_(P1)) [Given : Degree of dissociation of B_(2) is greater than A_(2)].
Answer» 8 9 `1//8` NONE of these