Learn about Chemical Solubility and Precipitation.

Solubility and Precipitation

Solubility and Precipitation begins with a review of solution chemistry and takes students through topics such as dissolution and precipitation of ionic compounds, determining solubility product constant (Ksp) and ion concentrations for reactions at equilibrium, and separating substances from mixtures. Dynamic animations and interactive tutorials make these difficult concepts easy for students to understand.

OUTLINE:

I. Introduction

II. Solution Review
A. Relative Concentration
B. Solution Formation

III. Solubility
A. Factors That Affect
Solubility
1. Polarity
a. What is Polarity?
b. Like Dissolves Like
1. Mixing of Liquids
2. Mixing of a Solid and Liquid
a. Molecular Solids
b. Ionic Solids
2. Pressure
a. The Effect on Gases
1. Examples
2. Henry’s Law
a. Sample Problem
3. Temperature
a. The Effect on Gases
b. The Effect on Solids
1. Supersaturation

IV. Dissolution and Precipitation of Ionic Compounds
A. Equilibrium and Balanced  Equations
B. The Equilibrium Expression
C. Solubility Product
Constant (Ksp)
1. What Ksp Values Mean
2. Sample Problems
a. Determining Ion Concentrations From Ksp
b. Determining Ksp From Ion  Concentrations

V. Factors Affecting Ionic Compound Solubility
A. The Common Ion Effect
1. Le Chatelier’s Principle
2. Determining Ion Concentration
B. pH
1. An Example

VI. Precipitation Reactions of Ionic Compounds
A. Rules of Solubility
B. Equations Describing Precipitation Reactions
1. Complete Ionic Equations
2. Net Ionic Equations
C. Predicting Precipitate Formation
1. Ion Product (Q)
2. Comparing Q to Ksp
3. Sample Problem

VII. Separating Substances
from Mixtures
A. Filtration
B. Crystallization
C. Distillation
D. Chromatography

VIII. Conclusion

Availability: Usually ships the next business day.

cesolprecRegular price: $99.95Sale price: $89.00