First slide

Kohlraush law

Question

The equation representing Kohlrausch law from the following is

Easy

A

$\large {\lambda _m}\, = \,\frac{{100K}}{{{C_m}}}$
B

$\lambda _m^0\, = \,{v^ + }\lambda _ + ^0\, + \,{v^ - }\lambda _ - ^0$
C

${\lambda _{eq}}\, = \,\frac{{1000K}}{{{C_{eq}}}}$
D

${\lambda ^0}_m\, = \,{\lambda _c}\, + \,{\lambda _a}$

Solution

According to Kohlrausch law every ion makes its own contribution to the total molar or equivalent conductance of an electrolyte.

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