question_answer

The equivalent conductances of two strong electrolytes at infinite dilution in\[\frac{1}{3}\] (where ions move freely through a solution) at\[\frac{1}{2}\]are given below \[\frac{1}{6}\] \[\frac{1}{4}\] What additional information/quantity one needs to calculate\[I,\]of an aqueous solution of acetic acid?       AIEEE  Solved  Paper-2007

A)  \[\frac{g\sin \theta }{1+I/M{{R}^{2}}}\] of\[\frac{g\sin \theta }{1+M{{R}^{2}}/I}\]

B)  \[\frac{g\sin \theta }{1-I/M{{R}^{2}}}\] of\[\frac{g\sin \theta }{1-M{{R}^{2}}/I}\]

C)  The limiting equivalent conductance of \[60{}^\circ \]

D)  \[\frac{\lambda }{6}\]of chloroacetic acid\[\lambda \]