Question

if the specific resistance of a solution of concentration C g equivalent litre-1 is R,then it's equivalent conductance is​

Answer 1

The equivalent conductance is $\frac{1000}{RC}$

Explanation:

Given information:

A solution of concentration is=C

specific resistance=R

Specific conductance is inversely proportional specific resistance.

Equivalent conductance = specific conductance x 1000/concentration (in g equiv/L)

so far the value of equivalent conductance is $\frac{1000}{RC}$

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Answer 2

Molar conductance=$\Lambda_{eq}=\frac{1000}{RC}$

Explanation:

Specific resistance=$\rho$=R

Normality=N=Concentration of solution=C g equivalent  per liter

We know that

Conductivity($\kappa$:

$\kappa=\frac{1}{\rho}$

By using the formula

$\kappa=\frac{1}{R}$

Molar conductance=$\Lambda_{eq}=\frac{1000\kappa}{N}$

Where N=Normality of solution

$\kappa$=Conductivity of solution

Substitute the values then we get

Molar conductance=$\Lambda_{eq}=\frac{1000}{RC}$

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