A) \[A=\kappa \]
B) \[A=10\,\kappa \]
C) \[A=100\,\kappa \]
D) \[A=10,000\,\kappa \]
Correct Answer: D
Solution :
Equivalent conductance \[(\wedge )\] = specific conductance \[(\kappa )\times o|\] where,\[o|=\]volume in\[c{{m}^{3}}\]containing 1 g equivalent of electrolyte 0.1 g equivalent is dissolve in \[=1000\text{ }c{{m}^{3}}\] 1 g equivalent is dissolve in \[=\frac{1000}{0.1}c{{m}^{3}}\] \[=10,000\,c{{m}^{3}}\] So, \[\wedge =10,000\,\kappa \]
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