Variation of molar conductivity with concentration of strong electrolyte is given by Huckel-Onsager equation expressed as:

A_{M} = A_{\infty} - b \sqrt{c}

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A_{\infty} = A_{M} - b \sqrt{c}

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A_{M} = b \sqrt{c} - A_{\infty}

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Solution

The correct option is A $A_{M} = A_{\infty} - b \sqrt{c}$
Variation of molar conductivity with concentration of strong electrolyte is given by Huckel-Onsager equation
which is expressed as $A_{M} = A_{\infty} - b \sqrt{c}$
Here, $A_{M}$ is the molar conductivity at concentration C and $A_{\infty}$ is the conductivity at infinite dilution.

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Variation of molar conductivity with concentration of strong electrolyte is given by Huckel-Onsager equation expressed as:

The correct option is A AM=A∞−b√cVariation of molar conductivity with concentration of strong electrolyte is given by Huckel-Onsager equation which is expressed as AM=A∞−b√cHere, AM is the molar conductivity at concentration C and A∞ is the conductivity at infinite dilution.