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1. Break down the (or write dissociation equation) following ionic salts and write the solubility constant expression, Ksp, for them. i) TiCl4 (s) 6Points ii) Mg4(SO4)2(s) = (iii) K3N (s) I (iv)If two solutions containing Initial concentrations of [C++]=2.3 mol/L and [103]]=7.8 mol/L are mixed to form Ce(IO3)4. Given that the Ksp of Ce(IO3)4 is 9000, Calculate the reaction Quotient Q and conclude if the solution is saturated/unsaturated and if a precipitate will form or NOT. 4 Points

1. Break down the (or write dissociation equation) following ionic salts and write the solubility constant expression, Ksp, for them. i) TiCl4 (s) 6Points ii) Mg4(SO4)2(s) = (iii) K3N (s) I (iv)If two solutions containing Initial concentrations of [C++]=2.3 mol/L and [103]]=7.8 mol/L are mixed to form Ce(IO3)4. Given that the Ksp of Ce(IO3)4 is 9000, Calculate the reaction Quotient Q and conclude if the solution is saturated/unsaturated and if a precipitate will form or NOT. 4 Points

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter20: Environmental Chemistry-earth's Environment, Energy, And Sustainability
Section20.7: Green Chemistry And Sustainability
Problem 2.1ACP: Assume that a sample of hard water contains 50. mg/L of Mg2+ and 150 mg/L of Ca2+, with HCO3 as the...
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1. Break down the (or write dissociation equation) following ionic salts and write the solubility constant expression, Ksp, for them. i) TiCl4 (s) 6Points ii) Mg4(SO4)2(s) = (iii) K3N (s) I (iv)If two solutions containing Initial concentrations of [C++]=2.3 mol/L and [103]]=7.8 mol/L are mixed to form Ce(IO3)4. Given that the Ksp of Ce(IO3)4 is 9000, Calculate the reaction Quotient Q and conclude if the solution is saturated/unsaturated and if a precipitate will form or NOT. 4 Points
Transcribed Image Text:1. Break down the (or write dissociation equation) following ionic salts and write the solubility constant expression, Ksp, for them. i) TiCl4 (s) 6Points ii) Mg4(SO4)2(s) = (iii) K3N (s) I (iv)If two solutions containing Initial concentrations of [C++]=2.3 mol/L and [103]]=7.8 mol/L are mixed to form Ce(IO3)4. Given that the Ksp of Ce(IO3)4 is 9000, Calculate the reaction Quotient Q and conclude if the solution is saturated/unsaturated and if a precipitate will form or NOT. 4 Points
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