VIII. Calculation of the Numerical Value of H from the General Equations

Kapitel in diesem Buch

1. Frontmatter i
2. Preface v
3. Contents xiii
4. Symbols and Abbreviations xxvii
5. Equilibrium Constants xxxv
6. I. Definitions and Fundamental Relations 1
7. II. The Theorem of Isohydric Solutions 26
8. III. Special Values and Limits of the Ionization Fractions for Acids and Bases 32
9. IV. Limits of Ionization Fractions and the Iso-electric Point for Salts and Ampholytes 45
10. V. Application of the Exact Equations for the Determination of the Constants 63
11. VI. Interpretation of Ionization Constants 90
12. VII. Some Direct Applications of the General Equations as Relations of the Concentrations 102
13. VIII. Calculation of the Numerical Value of H from the General Equations 121
14. IX. Feasibility (Sharpness) of Titration; Exact Case of Strong Acid and Strong Base (Pure) 137
15. X. Problems Involving One Ionization Constant 151
16. XI. Two Weak Acids and Strong Base 178
17. XII. Titration (With Strong Base or Strong Acid) in Mixtures Involving Any Number of Independent Ionization Constants 192
18. XIII. Titration with Weak Acid or Weak Base 215
19. XIV. Problems Involving Two Interdependent Ionization Constants (Dibasic Acid; Its Salts with Strong and Weak Bases; Ampholytes) 243
20. XV. Some Complex Gases 266
21. XVI. Tribasic Acid; Salts with Strong and Weak Bases 301
22. XVII. Saturation with Respect to Acids and Bases 316
23. XVIII. Pure Saturated Aqueous Solution of a Salt 347
24. XIX. Saturation with Salts of Monobasic Acid 356
25. XX. Saturation with Salts of Dibasic Acid 399
26. XXI. Saturation with Ampholytes and Their Salts 423
27. Index 453