Abstract
Results are reported for a reevaluation of the data for aqueous KI solutions using a modified application of the 1957 Fuoss–Onsager conductance equation in which it is reduced to a one-parameter equation with KA as the unknown. A single value of å is sufficient to account for the concentration dependence of conductance over the temperature range, 5–55 °C, and a small, but nevertheless finite, degree of ionic association is thus predicted for KI in aqueous solutions.
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