Molar & Equivalent Conductivity

Molar And Equivalent Conductivity

Conductance OF Solution - Difference between Metallic and Electrolytic Conductor || Resistance ||Conductance || Conductivity || Resistivity || Molar and Equivalent Conductivity || Variation OF G,K and Λm/Λeq with Dilution || Debye-Huckel Onsager Equation

Electronic and Electrolytic Conductors || Molar and Equivalent conductivity Experimental Determination OF Molar Conductivity

The specific conductivity of a solution containing 1.0g of anhydrous BaCI_(2) in 200 cm^(3) of the solution has been found to be 0.0058 S cm^(-1) . Calculate the molar and equivalent conductivity of the solution. Molecular wt. of BaCI_(2) = 208 [mu implies lambda_(m)]

Conductivity and Conductivity Cell || Electrolytic Conductors || Molar Conductivity and Equivalent Conductivity

Conductance in Metals And Electrolytes|Resistance And Specific Resistance|the Conductivity of An Electrolyte|Equivalent Conductivity|Molar Conductivity|Questions|OMR|Summary

For electrolyte A_(x)B_(y) which is /are not correct relation between molar conductivity (wedge_(M)) and equivalent conductivity (wedge_(eq))

Calculate molar conductivity of HCOOH at infinite dilution, if equivalent conductivity of H_(2)SO_(4)=x_(1), " " Al_(2)(SO_(4))_(3)," " (HCOO)_(3)Al=x_(3)