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[" 6.Two solids dissociate as follows: "],[qquad [A(s)rightleftharpoons B(g)+C(g);K_(p_(1)),=x" atm "^(2)],[D(s),rightleftharpoons C(g)+E(g);K_(p_(2))=y" atm "^(2)],[" The total pressure when both the solids dissociate "],[" simultaneously is ",(2019" Main,"12" Jan "1)],[" (a) "sqrt(x+y)" atm "," (b) "x^(2)+y^(2)" atm "],[" (c) "(x+y)" atm "," (d) "2(sqrt(x+y))" atm "]]

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Two solids dissociates as follows A(s) rarr B(g) + C(g), K_(P_(1)) = x atm^(2) D(s) rarr C(g) + E(g), K_(P_(2)) = y atm^(2) The total pressure when both the solids dissociate simultaneously is :

Two solids dissociates as follows A(s) rarr B(g) + C(g), K_(P_(1)) = x atm^(2) D(s) rarr C(g) + E(g), K_(P_(2)) = y atm^(2) The total pressure when both the solids dissociate simultaneously is :

Two solids dissociates as follows . The total pressure when both the solids dissociate simultaneously is : 1. 2 (sqrt(x+y)) atm 2. (x+y) atm 3. sqrt(x+y) atm 4. x^2+y^2 .

Two solids A and D dissociates into gaseous products as follows A(s)hArrB(g)+C(g),K_(p_(2))=300 D(s)hArrE(g) + C (g) K_(P_(2)) = 600 at 27^(@)C , then find the total pressure of the solid mixture.

Two solids A and D dissociates into gaseous products as follows C(s)hArrB(g)+C(g),K_(P_(1))=300 , D(s)hArrE(g)+C(g)K_(P_(2)=600 at 27^(@)C , then find the total pressure of the solid mixture.

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 :