In the preceding problem, if `[A^+] and [AB_(2)^(-)]` are y and x respectively under equilibrium produced by addings the substance AB to the solvents than `K_(1)//K_(2)` is equal to :A. `(y)/(x)(y-x)^(2)`B. `((y)^2(x+y))/(x)`C. `(y^(2)(x+y)^2)/(x)`D. `(y)/(x)(x-y)`

In the preceding problem, if `[A^+] and [AB_(2)^(-)]` are y and x resp

1.	In the preceding problem, if `[A^+] and [AB_(2)^(-)]` are y and x respectively under equilibrium produced by addings the substance AB to the solvents than `K_(1)//K_(2)` is equal to :A. `(y)/(x)(y-x)^(2)`B. `((y)^2(x+y))/(x)`C. `(y^(2)(x+y)^2)/(x)`D. `(y)/(x)(x-y)`
Answer» Correct Answer - A

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In the preceding problem, if `[A^+] and [AB_(2)^(-)]` are y and x respectively under equilibrium produced by addings the substance AB to the solvents than `K_(1)//K_(2)` is equal to :A. `(y)/(x)(y-x)^(2)`B. `((y)^2(x+y))/(x)`C. `(y^(2)(x+y)^2)/(x)`D. `(y)/(x)(x-y)`

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