Equivalent conductivity of `BaCl_2,H_2SO_4` and HCl, are `x_1,x_2"and"x_3Scm^(-1)eq^(-1)` at infinite dilution. If conductivity of saturated `BaSo_4` solution is x`Scm^(-1)`, then `K_(sp)` of `BaSO_4` is :A. `(500x)/((x_1+x_2-x_3)^2)`B. `(10^6x^2)/((x_1+x_2-2x_3)^3)`C. `(2.5xx10^5x^2)/((x_1+x_2-2x_3)^2)`D. `(0.25x^2)/((x_1+x_2-2x_3)^2)`

Equivalent conductivity of `BaCl_2,H_2SO_4` and HCl, are `x_1,x_2"and"

1.	Equivalent conductivity of `BaCl_2,H_2SO_4` and HCl, are `x_1,x_2"and"x_3Scm^(-1)eq^(-1)` at infinite dilution. If conductivity of saturated `BaSo_4` solution is x`Scm^(-1)`, then `K_(sp)` of `BaSO_4` is :A. `(500x)/((x_1+x_2-x_3)^2)`B. `(10^6x^2)/((x_1+x_2-2x_3)^3)`C. `(2.5xx10^5x^2)/((x_1+x_2-2x_3)^2)`D. `(0.25x^2)/((x_1+x_2-2x_3)^2)`
Answer» Correct Answer - C

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