Abstract
AbstractThe conductivity behavior of barium soap solutions in water‐propanol‐1 mixtures is exhibted by an equation: where A and B are constants, C is concentration of barium soap in q, moles/litre and µ is molecular conductivity.The values of the constant B are independent of the chain length of the soap below 50% propanol‐1 concentration whereas above 50%, the values increase with the increase in the number of carbon atoms in the soap. The values of constant A also show a transition at 50% propanol‐1 concentration.The results confirm that the change in the behavior takes place at about 50% propanol‐1 concentration.
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