A) \[ohm\text{ }c{{m}^{2}}\text{ }equivalen{{t}^{-1}}\]
B) \[ohm\text{ }c{{m}^{2}}\text{ }equivalent\]
C) \[oh{{m}^{-1}}c{{m}^{2}}equivalen{{t}^{-1}}\]
D) \[mho\text{ }c{{m}^{2}}\text{ }equivalent\]
Correct Answer: D
Solution :
Equivalent conductance \[=\frac{1000\times conductance\times cell\text{ }constant}{normality}\] So, units are,\[oh{{m}^{-1}}c{{m}^{2}}\text{ }equivalen{{t}^{-1}}\]or \[S\text{ }c{{m}^{2}}equivalen{{t}^{-1}}\]
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