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Standard XII

Chemistry

Variation of Specific, Equivalent and Molar Conductivities with Concentration

In a conducto...

Question

In a conductometric titration experiment, a solution of $0.1 {M Ba(OH)}_{2}$ is titrated against a solution of $0.1 {M MgSO}_{4}$ and the conductance of the mixture is continuously measured. The correct variation of conductance of the reaction mixture with the titration volume of ${MgSO}_{4}$ is best represented by

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Solution

The correct option is B
The conductivity that is measured in an electrolyte solution depends on the type and concentration of the ions. As long as the reaction goes on the conductivity increases, but when the standard solution is in surplus, the conductivity rises again.

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In a conductometric titration experiment, a solution of 0.1 M Ba(OH)2 is titrated against a solution of 0.1 M MgSO4 and the conductance of the mixture is continuously measured. The correct variation of conductance of the reaction mixture with the titration volume of MgSO4 is best represented by

The correct option is B The conductivity that is measured in an electrolyte solution depends on the type and concentration of the ions. As long as the reaction goes on the conductivity increases, but when the standard solution is in surplus, the conductivity rises again.

The correct option is B
The conductivity that is measured in an electrolyte solution depends on the type and concentration of the ions. As long as the reaction goes on the conductivity increases, but when the standard solution is in surplus, the conductivity rises again.