These were the exercises in Dynamic Models in Chemistry. If you can find the book (out of print but perhaps still findable on Amazon.com) they are available to all interested parties (and their students, if any). You may copy and distribute as you wish. Contact me if you think I can help dbarkley@nsimonco.com

Dynamic Models in Chemistry

By

Daniel E. Atkinson, University of California, Los Angeles
Douglas C. Brower, Blast, Inc.
Ronald McClard, Reed College

Many beginning chemistry students find even simple quantitative relationships difficult to visualize. Dynamic Models in Chemistry offers your students an environment within which they can build mathematical models with the same facility they now build ball-and-stick models of chemical structures. Students build and explore representations of physical processes and chemical reactions that might otherwise be beyond their grasp.

Students learn how to

• "Teach" their computers the stoichiometric relationships that tie the laboratory to the atomic world.
• Build simple and "realistic" models of gas behavior in enclosed vessels.
• Explore various methods for solving equilibrium problems and interrogate their models to get a sense of the behavior of systems in equilibrium.
• Build and explore models of numerous, real chemical reactions and observe directly the relationship between reversible chemical reactions and dynamic equilibrium.

Table of Contents

• CHAPTER 1: Getting Started 
• CHAPTER 2: Stoichiometry
• CHAPTER 3: Gases 
• CHAPTER 4: Liquids and Solutions
• CHAPTER 5: Chemical Equilibrium
• CHAPTER 6: Acids and Bases
• CHAPTER 7: Kinetics
• CHAPTER 8: Thermodynamics 

Exercises

Chapter 2: Stoichiometry Exercise 2.1: Molecular Weights and Moles Exercise 2.2: Mole Fractions Exercise 2.3: Limiting Reagents and Theoretical Yields Exercise 2.4: Percent Composition Exercise 2.5: Empirical Formulas Chapter 3: Gases Exercise 3.1: Equations of State Exercise 3.2: Partial Pressures Exercise 3.3: Kinetic Theory and The Ideal Gas Law Chapter 4: Liquids, Solutions, and Phase Equilibria Exercise 4.1: Ideal Solutions: Raoult's Law Exercise 4.2: Simple and Fractional Distillation Exercise 4.3: Phase Diagrams Chapter 5: Chemical Equilibrium Exercise 5.1: Finding Equilibrium Concentrations: A Graphical Method Exercise 5.2: Finding Equilibrium Concentrations: Analytic and Other Methods Exercise 5.3: The Extent of a Reaction Exercise 5.4: Extractions Chapter 6: Acids, Bases, and Ions Exercise 6.1: Acidic Dissociation: The Hendeson-Hasselbalch Equation Exercise 6.2: Acidic Dissociation: Isoelectric Points Exercise 6.3: Buffers Exercise 6.4: pH, Extractions, and Solubility Chapter 7: Kinetics Exercise 7.1: Rate Laws: Analytic Methods Exercise 7.2: Radioactive Decay: An Example of First-Order Kinetics Exercise 7.3: Rate Laws: Numeric Methods Exercise 7.4: Approach to Equilibrium Exercise 7.5: Equilibrium Versus Kinetics: The Control of a Chemical Reaction Exercise 7.6: Reaction Rates: Further Examples Exercise 7.7: Oscillating Reactions Chapter 8: Thermodynamics Exercise 8.1: The First Law: Conservation of Energy Exercise 8.2: The Second Law: Direction Exercise 8.3: Gibbs Free Energy: the Direction and Extent of a Reaction