Conductance of \[0.1\text{ }M\text{ }KCl\] (conductivity = \[X\,\,Oh{{m}^{-1}}c{{m}^{-1}}\] filled in a conductivity cell is \[Y\,\,Oh{{m}^{-1}}\]. If the conductance of \[0.1\text{ }M\text{ }NaOH\] filled in the same cell is \[Z\,\,Oh{{m}^{-1}},\] the molar conductance of \[NaOH\] will be

• A. \[{{10}^{3}}\frac{XZ}{Y}\]                 
• B. \[{{10}^{4}}\frac{XZ}{Y}\]
• C. \[10\frac{XZ}{Y}\]                                
• D. \[0.1\frac{XZ}{Y}\]