Question

The equivalent conductance and molar conductance of baso4 are related as

Answer 1

I don't know. I am so sorry.

Answer 2

Answer: $\Lambda_m^0=\Lambda_{eq}^0$

Explanation: Molar conductance is defined as the conductance of all the ions produced by ionization of 1 g mole of an electrolyte when present in V mL of solution.

Equivalent conductance is defined as the conductance of all the ions produced by ionization of 1 g equivalent of an electrolyte when present in V mL of solution.

$BaSO_4\rightarrow Ba^{2+}+SO_4^{2-}$

$\Lambda_m^0=x\times \lambda_+^0+y\times \lambda_-^0$

x and y are the no of ions present in one formula unit of the electrolyte.

$\Lambda_{eq}^0=\lambda_+^0+\lambda_-^0$

Thus $\Lambda_m^0=\Lambda_{eq}^0$