Molar conductivity of a solution of an electrolyte `AB_3` is 150`Scm^2mol^(-1)` . If it ionises as `AB_(3)toA^(3+)+3B^(-)`, its equivalent conductivity will be :A. 150 (in`Scm^2eq^(-1)`)B. 75 (in `Scm^2eq^(-1)`)C. 50 (in `Scm^2eq^(-1)`)D. 80 (in `Scm^2eq^(-1)`)

Molar conductivity of a solution of an electrolyte `AB_3` is 150`Scm^2

1.	Molar conductivity of a solution of an electrolyte `AB_3` is 150`Scm^2mol^(-1)` . If it ionises as `AB_(3)toA^(3+)+3B^(-)`, its equivalent conductivity will be :A. 150 (in`Scm^2eq^(-1)`)B. 75 (in `Scm^2eq^(-1)`)C. 50 (in `Scm^2eq^(-1)`)D. 80 (in `Scm^2eq^(-1)`)
Answer» Correct Answer - C

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Molar conductivity of a solution of an electrolyte `AB_3` is 150`Scm^2mol^(-1)` . If it ionises as `AB_(3)toA^(3+)+3B^(-)`, its equivalent conductivity will be :A. 150 (in`Scm^2eq^(-1)`)B. 75 (in `Scm^2eq^(-1)`)C. 50 (in `Scm^2eq^(-1)`)D. 80 (in `Scm^2eq^(-1)`)

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