Stability constants CdOH+; log B₁ = 3.9 Cd(OH)2°; log B₂ = 7.6 CdSO4°; log B₁ = 2.3 Cd(SO4)22; log ẞ₂ = 3.2 Cd(SO4)3; log ẞ3 = 2.7 Free ligand concentrations (moles/kg) [OH]Ƒ= 10-5.9 F [CO3²] F = 10-5.4 CdC1+; log B₁ = 2.0 CdCl2°; log ẞ2 = 2.6 CdC13; log ẞ3 = 2.4 CdC14²; log ẞ4 = 1.7 [SO4²] F = 10-4.0 [Cl] = 10-3.7
Stability constants CdOH+; log B₁ = 3.9 Cd(OH)2°; log B₂ = 7.6 CdSO4°; log B₁ = 2.3 Cd(SO4)22; log ẞ₂ = 3.2 Cd(SO4)3; log ẞ3 = 2.7 Free ligand concentrations (moles/kg) [OH]Ƒ= 10-5.9 F [CO3²] F = 10-5.4 CdC1+; log B₁ = 2.0 CdCl2°; log ẞ2 = 2.6 CdC13; log ẞ3 = 2.4 CdC14²; log ẞ4 = 1.7 [SO4²] F = 10-4.0 [Cl] = 10-3.7
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![Stability constants
CdOH+; log B₁ = 3.9
Cd(OH)2°; log B₂ = 7.6
CdSO4°; log B₁ = 2.3
Cd(SO4)22; log ẞ₂ = 3.2
Cd(SO4)3; log ẞ3 = 2.7
Free ligand concentrations (moles/kg)
[OH]Ƒ= 10-5.9
F
[CO3²] F = 10-5.4
CdC1+; log B₁ = 2.0
CdCl2°; log ẞ2 = 2.6
CdC13; log ẞ3 = 2.4
CdC14²; log ẞ4 = 1.7
[SO4²] F = 10-4.0
[Cl] = 10-3.7](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8a6eb3cf-0ab9-4ef7-b352-69b53a7b1d26%2Ff6dc1c99-ba6d-4bed-97f0-f15d287c4022%2F8y3hkgb_processed.png&w=3840&q=75)
Transcribed Image Text:Stability constants
CdOH+; log B₁ = 3.9
Cd(OH)2°; log B₂ = 7.6
CdSO4°; log B₁ = 2.3
Cd(SO4)22; log ẞ₂ = 3.2
Cd(SO4)3; log ẞ3 = 2.7
Free ligand concentrations (moles/kg)
[OH]Ƒ= 10-5.9
F
[CO3²] F = 10-5.4
CdC1+; log B₁ = 2.0
CdCl2°; log ẞ2 = 2.6
CdC13; log ẞ3 = 2.4
CdC14²; log ẞ4 = 1.7
[SO4²] F = 10-4.0
[Cl] = 10-3.7
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