Chemical Equilibrium

1. Front Matter

   Pages i-xiii

   PDF

2. Electronic Structure in Aqueous Acid—Base Chemistry

   • William B. Guenther

   Pages 1-8

3. Chemical Equilibrium Relations and the pH System

   • William B. Guenther

   Pages 9-19

4. Monoprotic Acid—Base Equilibria in Water Solutions

   • William B. Guenther

   Pages 21-37

5. Monoprotic Acid—Base Diagrams

   • William B. Guenther

   Pages 39-56

6. Polyprotic Acid—Base Equilibria: Relations and Diagrams

   • William B. Guenther

   Pages 57-78

7. Applications of Acid—Base Relations

   • William B. Guenther

   Pages 79-99

8. Acid—Base Titration Curves

   • William B. Guenther

   Pages 101-117

9. Metal Ion—Ligand Systems

   • William B. Guenther

   Pages 119-139

10. Applications of Metal Ion—Ligand Calculations

    • William B. Guenther

    Pages 141-166

11. Solubility Equilibria

    • William B. Guenther

    Pages 167-186

12. Applications of Solubility Calculations

    • William B. Guenther

    Pages 187-205

13. Oxidation—Reduction

    • William B. Guenther

    Pages 207-228

14. Back Matter

    Pages 229-248

    PDF

* The present work is designed to provide a practical introduction to aqueous equilibrium phenomena for both students and research workers in chemistry, biochemistry, geochemistry, and interdisciplin­ ary environmental fields. The pedagogical strategy I have adopted makes heavy use of detailed examples of problem solving from real cases arising both in laboratory research and in the study of systems occurring in nature. The procedure starts with mathematically complete equations that will provide valid solutions of equilibrium problems, instead of the traditional approach through approximate concentrations and idealized, infinite-dilution assumptions. There is repeated emphasis on the use of corrected, conditional equilibrium constants and on the checking of numerical results by substitution in complete equations and/or against graphs of species distributions. Graphical methods of calculation and display are used extensively because of their value in clarifying equilibria and in leading one quickly to valid numerical approximations. The coverage of solution equilibrium phenomena is not, however, exhaustively comprehensive. Rather, I have chosen to offer funda­ mental and rigorous examinations of homogeneous step-equilibria and their interactions with solubility and redox equilibria. Many examples are worked out in detail to demonstrate the use of equi­ librium calculations and diagrams in various fields of investigation.

• Ampholyte
• Cobalt
• Mangan
• Oxidation
• Phosphat
• Substitution
• Titration
• calcium
• diagram
• electrochemistry
• interaction
• metals
• nature
• research
• structure

• Department of Chemistry, The University of the South, Sewanee, USA

  William B. Guenther

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