Two solids X and Y dissociate into gaseous products at a certain temperature as follows:
i. `X(s) hArr A(g)+C(g)` and
ii. `Y(s) hArr B(g)+C(g)`
At a given temperature, pressure over excess solid 'X' is `40` mm of Hg and total pressure over solid 'Y(s)' is `60` mm of Hg.
Now, answer the following questions:
The ratio of moles of A and B in the vapour state over a mixture of solids X and Y, is:

Two solids X and Y dissociate into gaseous products at a certain temperature as follows: i. X(s) hArr A(g)+C(g) and ii. Y(s) hArr B(g)+C(g) At a given temperature, pressure over excess solid 'X' is 40 mm of Hg and total pressure over solid 'Y(s)' is 60 mm of Hg. Now, answer the following questions: Ratio of K_(p) for reaction (i) to that of reaction (ii), is:

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 .

Two solid compounds A and B dissociate into gaseous products at 20^(@)C as a. A(s) hArr A'(s)+H_(2)S(g) b. B(s) hArr B'(g)+H_(2)S(g) At 20^(@)C pressure over excess solid A is 50 mm and that over excess solid B is 68 mm. Find: a. The dissociation constant of A and B b. Relative number of moles of A' and B' in the vapour phase over a mixture of the solids A and B. c. Show that the total pressure of gas over the solid mixture would be 84.4 mm.

Two solid compounds A and B dissociate into gaseous products at 20^(@)C as a. A(s) hArr A'(s)+H_(2)S(g) b. B(s) hArr B'(g)+H_(2)S(g) At 20^(@)C pressure over excess solid A is 50 mm and that over excess solid B is 68 mm. Find: a. The dissociation constant of A and B b. Relative number of moles of A' and B' in the vapour phase over a mixture of the solids A and B. c. Show that the total pressure of gas over the solid mixture would be 84.4 mm.

Two solid compounds A and B dissociate into gaseous products at 20^@C as (i) A(s) hArr A'(g) +H_2S(g) (ii) B(s) hArr B'(g) +H_2S(g) At 20^@C pressure over excess solid A is 50 mm and that over excess solid B is 68 mm. Find (a) The dissociation constants of A and B (b) Relative number of mole of A' and B' in the vapour phase over a mixture of the solids A and B .

Two solid compounds X and Y dissociates at a certain temperature as follows X(s) hArr A(g)+2B(g),K_(p1)=9xx10^(-3)atm^(3) Y(s) hArr 2B(g)+C(g),K_(p2)=4.5xx10^(-3)atm^(3) The total pressure of gases over a mixture of X and Y is :

Two solid compounds X and Y dissociates at a certain temperature as follows X(s) hArr A(g)+2B(g),K_(p1)=9xx10^(-3)atm^(3) Y(s) hArr 2B(g)+C(g),K_(p2)=4.5xx10^(-3)atm^(3) The total pressure of gases over a mixture of X and Y is :

Two solid compounds X and Y dissociates at a certain temperature as follows X(s) hArr A(g)+2B(g),K_(p1)=9xx10^(-3)atm^(3) Y(s) hArr 2B(g)+C(g),K_(p2)=4.5xx10^(-3)atm^(3) The total pressure of gases over a mixture of X and Y is :