Chemistry, asked by sankalp2369, 1 year ago

Derive a relationship between molar conductance and specific conductance

Answers

Answered by noorkaran
17

Specific Conductivity is equal to the Molar Conductivity, multiplied by Molarity of the solution.

SC (k) = MC (A) x Molarity (M)

Answered by kobenhavn
11

The relationship between molar conductance and specific conductance is  \mu=\frac{\kappa\times 1000}{C}

Explanation:

Specific conductance is the conductance for unit volume of a solution

\kappa=C\times \frac{l}{a}

where,

\kappa =Specific conductance

C = Conductance

\frac{l}{a}= cell constant

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.

\mu=\frac{\kappa\times 1000}{C}

\mu = Molar conductance

\kappa =Specific conductance

C = Conductance

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