Please calculate for the equilibrium or solubility constant in the problem attached below: Calculate for the equilibrium or solubility constant of the dissolution of 0.065 m M2S04 with thereaction:M2SO45) + M2+ + so,²-The data for calculation are as follows:I (ionic strength) = 0.08SpeciesMean activity coefficientNazSO40.71MCI0.52NaCl0.83CuCl20.44KCI0.85Cu2SO40.46Hint: Use the Mean Salt Method which uses the behavior of KCI where for MCI,Y+MCI = [(YM+)(rct-)]

From the mean salt method the mean activity coefficient of M+ and SO42- can be calculated as:…

Calculate for the equilibrium or solubility constant of the dissolution of 0.065 m M2SO4 with th reaction: + M2+ + So,2- The data for calculation are as follows: I (ionic strength) = 0.08 Mean activity coefficient Species NazSO4 MCI 0.71 0.52 NaCl 0.83 CuCl2 0.44 KCI Cu2SO4 0.85 0.46 Hint: Use the Mean Salt Method which uses the behavior of KCI where for MCI, Y+MC! [(Ym+)(Ycı-)]

Calculate for the equilibrium or solubility constant of the dissolution of 0.065 m M2SO4 with th reaction: + M2+ + So,2- The data for calculation are as follows: I (ionic strength) = 0.08 Mean activity coefficient Species NazSO4 MCI 0.71 0.52 NaCl 0.83 CuCl2 0.44 KCI Cu2SO4 0.85 0.46 Hint: Use the Mean Salt Method which uses the behavior of KCI where for MCI, Y+MC! [(Ym+)(Ycı-)]

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter10: Effect Of Electrolytes On Chemical Equilibria

Section: Chapter Questions

Problem 10.16QAP

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