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● Write out a tables (side-by-side for comparison) associated with the Ksp and solubility in water for both AB2 and A2B3., as well as the Ksp expressions in terms of both concentration and solubility. A₂³3= 24 +38 AB₂ A 2B O O +|x Ksp=(5) (25) с ni M 002.0 al e tx tx e t2x е +2x 1 I +2x3x +2x 3x 2x e ksp=125) ² (3 o Follow-up: What is the difference between "S" for solubility and as we use it in "tables" and the concentration of individual ions in solution at equilibrium? 3x

● Write out a tables (side-by-side for comparison) associated with the Ksp and solubility in water for both AB2 and A2B3., as well as the Ksp expressions in terms of both concentration and solubility. A₂³3= 24 +38 AB₂ A 2B O O +|x Ksp=(5) (25) с ni M 002.0 al e tx tx e t2x е +2x 1 I +2x3x +2x 3x 2x e ksp=125) ² (3 o Follow-up: What is the difference between "S" for solubility and as we use it in "tables" and the concentration of individual ions in solution at equilibrium? 3x

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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Write out a tables (side-by-side for comparison) associated with the Ksp and solubility in water for both AB2 and A₂B3., as well as the Ksp expressions in terms of both concentration and solubility. A₂ ³3 = 2A + 3B AB₂ A 2B | 3 Ksp = (5) (25) ² ni M с 2.0 al jadi no e +/x tx xx e t2x е +2x +2x3x +2x 3x 2x3x e ksp=12₁1²(35)3 O o Follow-up: What is the difference between "S" for solubility and as we use it in "tables" and the concentration of individual ions in solution at equilibrium?
Transcribed Image Text:Write out a tables (side-by-side for comparison) associated with the Ksp and solubility in water for both AB2 and A₂B3., as well as the Ksp expressions in terms of both concentration and solubility. A₂ ³3 = 2A + 3B AB₂ A 2B | 3 Ksp = (5) (25) ² ni M с 2.0 al jadi no e +/x tx xx e t2x е +2x +2x3x +2x 3x 2x3x e ksp=12₁1²(35)3 O o Follow-up: What is the difference between "S" for solubility and as we use it in "tables" and the concentration of individual ions in solution at equilibrium?
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