Calculate for the equilibrium or solubility constant of the dissolution of 0.065 m M2SO4 with the reaction: M2SO46) + M2+ + so,²- The data for calculation are as follows: I (ionic strength) = 0.08 Species Mean activity coefficient NazSO4 0.71 MCI 0.52 NaCl 0.83 CuCl2 0.44 KCI 0.85 CuzSO4 0.46 Hint: Use the Mean Salt Method which uses the behavior of KCI where for MCI, Y+McI = [(YM+)(rcr-)] V±mci = [(Ym+)(Yxci)jž

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ISBN:9781305957404
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Calculate for the equilibrium or solubility constant of the dissolution of 0.065 m M2S04 with the
reaction:
M2SO45) + M2+ + so,²-
The data for calculation are as follows:
I (ionic strength) = 0.08
Species
Mean activity coefficient
NazSO4
0.71
MCI
0.52
NaCl
0.83
CuCl2
0.44
KCI
0.85
Cu2SO4
0.46
Hint: Use the Mean Salt Method which uses the behavior of KCI where for MCI,
Y+MCI = [(YM+)(rct-)]
Transcribed Image Text:Calculate for the equilibrium or solubility constant of the dissolution of 0.065 m M2S04 with the reaction: M2SO45) + M2+ + so,²- The data for calculation are as follows: I (ionic strength) = 0.08 Species Mean activity coefficient NazSO4 0.71 MCI 0.52 NaCl 0.83 CuCl2 0.44 KCI 0.85 Cu2SO4 0.46 Hint: Use the Mean Salt Method which uses the behavior of KCI where for MCI, Y+MCI = [(YM+)(rct-)]
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