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