Ionic Equilibria in Analytical Chemistry, 2012

From the Contents: Solvents--Composition of Solutions.- Chemical Thermodynamics, Fundamentals.- Activities and Activity Coefficients.- Definitions of Acids and Bases--Strengths of Acids and Bases.- Calculation of pH of Aqueous Solutions.- Buffer Solutions.- Titrations, Fundamentals.- Indicators Used in Acid-Base Titrations.- Acid-Base Titration Curves.- Acid-Base Titrations: Further Theoretical Considerations.- Acid-Base Reactions and Chemical Analysis.- Oxdoreduction, Fundamentals.- Redox Reactions and Electrochemical Cells.- Forecasting Redox Reactions.- Forecasting Redox Reactions with Graphical Methods.- Calculation of the Potential of Solutions Containing Several Redox Couples--Redox Titrations, Fundamentals.- Study of some Redox Titration Curves.- Oxydoreductimetry--Iodometry.- Iodometry in Basic Medium, Iodatometry, Periodimetry, and Bromometry.- Manganimetry, Chromimetry, and Cerimetry.- Some Applications of Redox Reactions in Qualitative Analysis.- Complexes, Fundamentals--Symbolism and Terminology.- Some Points Concerning the Chemistry of Complexes.- Superimposition of Miscellaneous Equilibria to that of the Complex Formation.- Conditional Constants.- Mercurimetry (Votocek-Dubsky's Method).- Titrations with E.D.T.A.

Explains the fundamentals underlying analytical chemistry

Gives numerous examples both of these principles and their applications

The author explains how various analytical methods help to calculate the different species that result from equilibria in aqueous solutions

Includes supplementary material: sn.pub/extras