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A solution contains 0.049 M Ag+ and 0.015 M Pb²+. If you add CI, AgCl and PbCl₂ will begin to precipitate. What is the concentration of Cl required, in molarity, when AgCl precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when AgCl precipitation is 99.99% complete? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation is 99.99% complete? concentration of Cl- = Finally, give the CI concentration range in which Ag+ can be completely separated from Pb²+ by precipitation. Give the lowest Cl concentration for the separation of Ag+ from Pb²+. concentration of Cl- = Give the highest C1 concentration for the separation of Ag+ from Pb²+. concentration of Cl- = M M M M M M

A solution contains 0.049 M Ag+ and 0.015 M Pb²+. If you add CI, AgCl and PbCl₂ will begin to precipitate. What is the concentration of Cl required, in molarity, when AgCl precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when AgCl precipitation is 99.99% complete? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation is 99.99% complete? concentration of Cl- = Finally, give the CI concentration range in which Ag+ can be completely separated from Pb²+ by precipitation. Give the lowest Cl concentration for the separation of Ag+ from Pb²+. concentration of Cl- = Give the highest C1 concentration for the separation of Ag+ from Pb²+. concentration of Cl- = M M M M M M

General Chemistry - Standalone book (MindTap Course List)
General Chemistry - Standalone book (MindTap Course List)
11th Edition
ISBN:9781305580343
Author:Steven D. Gammon, Ebbing, Darrell Ebbing, Steven D., Darrell; Gammon, Darrell Ebbing; Steven D. Gammon, Darrell D.; Gammon, Ebbing; Steven D. Gammon; Darrell
Publisher:Steven D. Gammon, Ebbing, Darrell Ebbing, Steven D., Darrell; Gammon, Darrell Ebbing; Steven D. Gammon, Darrell D.; Gammon, Ebbing; Steven D. Gammon; Darrell
Chapter17: Solubility And Complex-ion Equilibria
Section: Chapter Questions
Problem 17.15QP: Solubility and Solubility Product You put 0.10-mol samples of KNO3, (NH4)2S, K2S, MnS, AgCl, and...
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A solution contains 0.049 M Ag+ and 0.015 M Pb²+. If you add CI, AgCl and PbCl₂ will begin to precipitate. What is the concentration of Cl required, in molarity, when AgCl precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when AgCl precipitation is 99.99% complete? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation is 99.99% complete? concentration of Cl- = Finally, give the CI concentration range in which Ag+ can be completely separated from Pb²+ by precipitation. Give the lowest CI concentration for the separation of Ag+ from Pb²+. concentration of Cl- = Give the highest C1 concentration for the separation of Ag+ from Pb²+. concentration of Cl- = M M M M M M
Transcribed Image Text:A solution contains 0.049 M Ag+ and 0.015 M Pb²+. If you add CI, AgCl and PbCl₂ will begin to precipitate. What is the concentration of Cl required, in molarity, when AgCl precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when AgCl precipitation is 99.99% complete? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation begins? concentration of Cl- = What is the concentration of Cl required, in molarity when PbCl₂ precipitation is 99.99% complete? concentration of Cl- = Finally, give the CI concentration range in which Ag+ can be completely separated from Pb²+ by precipitation. Give the lowest CI concentration for the separation of Ag+ from Pb²+. concentration of Cl- = Give the highest C1 concentration for the separation of Ag+ from Pb²+. concentration of Cl- = M M M M M M
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