Consider the dissolution equation below A₂B32A³+ + 3B²+ What would be the Ksp expression? 108s^5 72s^5 (2s^2)(3s^3) 5s^5 What would be the Ksp expression if 0.1M of compound AC and 0.2M of compound DB was present in the solution? (0.10+4s^2)(0.20+27s^3) (0.10+2s)^2(0.2+3s)^3 O (0.10+(2S)^2)(0.2+(3s)^3) ((0.10)^2+4s^2)((0.2)^3+27s^3)

Consider the dissolution equation below A₂B32A³+ + 3B²+ What would be the Ksp expression? 108s^5 72s^5 (2s^2)(3s^3) 5s^5 What would be the Ksp expression if 0.1M of compound AC and 0.2M of compound DB was present in the solution? (0.10+4s^2)(0.20+27s^3) (0.10+2s)^2(0.2+3s)^3 O (0.10+(2S)^2)(0.2+(3s)^3) ((0.10)^2+4s^2)((0.2)^3+27s^3)

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter17: Complexation And Precipitation Reactions And Titrations

Section: Chapter Questions

Problem 17.3QAP

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