A solid XY kept in an evacuated sealed container undergoes decompostion to form a mixtrue of gases X and Y at temperautre T. The equilibrium pressure is 10 bar in this vessel.`K_p` for this reaction is :

For the given reaction at equilibrium moles of Cl_(2(g)) is equal to the moles of Cl_((g)) and equilibrium pressure is 1atm .if K_(p) of this reaction is x times10^(-1) .Find x

Pure PCl_(5) is introduced into an evacuated chamber and to equilibrium at 247^(@)C and 2.0 atm .The equilibrium gases mixture contains 40% chlorine by volume . Calculate K_(p) at 247^(@)C for the reaction PCl_(5)(g)hArrPCl_(3)(g)+Cl_(2)(g)

Consider a first order gas phase decompostion reaction gives below A(g) to B(g) to C(g) The initial pressure of the system before decomposition of A p_(i) . After lapse of time 't' total pressure of the system increased by x units and became p_(t) . The rate constant K for the reaction is given as....... .

Consider a first order gas phase decompostion reaction gives below A(g) to B(g) to C(g) The initial pressure of the system before decomposition of A p_(i) . After lapse of time 't' total pressure of the system increased by x units and became p_(t) . The rate constant K for the reaction is given as....... .

Two solid X and Y dissociate into gaseous products at a certain temperature as followas: X(s)hArrA(g)+C(g) , and Y(s)hArrB(g)+C(g) At a given temperature, the pressure over excess solid X is 40 mm and total pressure over solid Y is 80 mm . Calculate a. The value of K_(p) for two reactions. b. The ratio of moles of A and B in the vapour state over a mixture of X and Y . c. The total pressure of gases over a mixture of X and Y .

Two solid X and Y dissociate into gaseous products at a certain temperature as followas: X(s)hArrA(g)+C(g) , and Y(s)hArrB(g)+C(g) At a given temperature, the pressure over excess solid X is 40 mm and total pressure over solid Y is 80 mm . Calculate a. The value of K_(p) for two reactions. b. The ratio of moles of A and B in the vapour state over a mixture of X and Y . c. The total pressure of gases over a mixture of X and Y .