1.

Equivalent conductivity can be expressed in terms of specific conductance \[\kappa \] and concentration (N) in gram equivalent per \[d{{m}^{-3}}\] as:

A. \[\kappa\times n\]                           
B. \[\frac{\kappa\times 1000}{N}\]
C. \[\frac{\kappa\times N}{1000}\]                      
D. \[\kappa\times N\times 1000\]
Answer» C. \[\frac{\kappa\times N}{1000}\]                      


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