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Equivalent, Molar Conductivity and Cell Constant

The conductan...

Question

The conductance of all the ions produced from $1 g r m$ equivalent of the electroltyte such the electrolyte is kept between two electrodes at $1 c m$ apart.
As $l = 1 c m$ then write the formulae of equivalent conductance.

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Solution

$A_{e q} = \frac{c o n d u c t a n c e}{g r a m e q . o f e l e c t r o l y t e}$
$A_{e q} = \frac{G}{N \frac{V c e}{1000}} = \frac{K}{{N l}^{2}} \times 1000$
as $l = 1 c m$
$A_{e q} = \frac{K}{N} \times 1000$

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