A) \[{{\Lambda }_{c}}=\frac{k}{C}\]
B) \[{{\Lambda }_{c}}=k\times \frac{1000}{c}\]
C) \[{{\Lambda }_{c}}=k\times \frac{{{10}^{-3}}}{c}\]
D) \[{{\Lambda }_{c}}=k\times \frac{{{10}^{6}}}{c}\]
Correct Answer: B
Solution :
The correct relation between equivalent conductance\[({{\Lambda }_{c}})\]and specific conductance\[(k)\]is as \[({{\Lambda }_{c}})=k\times \frac{1000}{C}\]
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