QUESTION 1A dilute solution of weak (1,1)-electrolyte contains both neutral ion pairs and ions inequilibrium (AB A* + B¯). Prove that molar conductivities (A) are related to the degree ofionization (a) by the equations:1Given that:A = 24 + 1. = Ao – K(ac)'/2 and K = (1. + A_)Cion = (1+ + 1_)ac%3DWhere Ai denotes molar ionic conductivity at infinite dilution for ion i; A, is the molarconductivity of infinite dilution and K is the constant in Kohlrausch's law; K denoteselectrolytic conductivity and c denotes concentration.

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A dilute solution of weak (1,1)-electrolyte contains both neutral ion pairs and ions in equilibrium (AB =A* + B¯). Prove that molar conductivities (A) are related to the degree of ionization (a) by the equations: Given that: A = a4 + A_ = Ao – K(ac)'/2 and x = (1+ + A_)Cion = (1, + a_)ac Where di denotes molar ionic conductivity at infinite dilution for ion i; ^, is the molar conductivity of infinite dilution and K is the constant in Kohlrausch's law; K denotes electrolytic conductivity and c denotes concentration.

A dilute solution of weak (1,1)-electrolyte contains both neutral ion pairs and ions in equilibrium (AB =A* + B¯). Prove that molar conductivities (A) are related to the degree of ionization (a) by the equations: Given that: A = a4 + A_ = Ao – K(ac)'/2 and x = (1+ + A_)Cion = (1, + a_)ac Where di denotes molar ionic conductivity at infinite dilution for ion i; ^, is the molar conductivity of infinite dilution and K is the constant in Kohlrausch's law; K denotes electrolytic conductivity and c denotes concentration.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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