Abstract
Abstract The electrical conductance of aqueous solutions of copper sulfate has been measured over a wide range of concentrations up to saturation. The equation connecting conductance and concentration in the range of high concentrations recently formulated by Suryanarayana and Venkatesan has been tested with the data obtained for copper sulfate solutions. The equation is found to be valid over a wide range of concentration from 0.3862m to saturation at temperatures ranging from 30°C to 60°C. Slight deviations have been observed at lower concentrations.
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