For the equilibrium `2NOBr(g) hArr2NO + Br_(2)(g)` , calculate the ratio `(K_(p))/(P)`, where P is the total pressure and `P_(Br_(2)) = (P)/(9)` at a certain temperature

For the equilibrium 2NO(g)+Cl_(2)(g)hArr 2NOCl(g) K_(p) is related to K_(c) by the reaction

For the reaction equilibrium 2NOBr_((g)) hArr 2NO2_((g)) + Bz_(2(g)) . If PBr_(2) = (p)/(9) at equilibrium and P is total pressure, the ratio (K_(p))/(p) is equal to

For the reaction in equilibrium: 2NOBr_((g)) hArr 2NO_((g)) + Br_(2(g)) If P_(Br_(2)) is (P)/(9) t equilibrium and P is total pressure, If (P)/(Kp) = x^(2) then what is x value.

For the reaction is equilibrium : 2NOBr_((g))hArr2NO_((g))+Br_(2(g)) If P_(Br_(2)) is (P)/(9) at equilibrium and P is total pressure, prove that (K_(p))/(P) is equal to (1)/(81) .

For the reaction is equilibrium : 2NOBr_((g))hArr2NO_((g))+Br_(2(g)) If P_(Br_(2)) is (P)/(9) at equilibrium and P is total pressure, prove that (K_(p))/(P) is equal to (1)/(81) .

For, 2NOBr(g)iff 2NO(g)+Br_2(g) , at equilibrium P_(Br_2)=P/9 and p is the total pressure, the ratio K_p/P will be

For the following gases equilibrium, N_(2)O_(4)(g)hArr2NO_(2)(g) K_(p) is found to be equal to K_(P) . This is attained when: