At constant temperature, the equilibrium constant K_(p) N_(2)O_(4) hArr 2NO_(2) is given by k_(p) = (4x^(2)P)/(1 - x)were ,P = Pressure and X= Extent of reaction How does the value of K_(p)change on following changes (a) 'P' increases (b) X changes (c ) 'P' decreases

At constant temperature, the equilibrium constant K_(p) N_(2)O_(4) hA

1.	At constant temperature, the equilibrium constant K_(p) N_(2)O_(4) hArr 2NO_(2) is given by k_(p) = (4x^(2)P)/(1 - x)were ,P = Pressure and X= Extent of reaction How does the value of K_(p)change on following changes (a) 'P' increases (b) X changes (c ) 'P' decreases
Answer» SOLUTION :`K_(p)`is equilibrium constant which does not change on CHANGING the P, X. `K_(p)`DEPENDS on temperature.