An Introduction to Electrochemistry |
Contents
INTRODUCTION | 1 |
ELECTROLYTIC CONDUCTANCE | 29 |
THE THEORY OF ELECTROLYTIC CONDUCTANCE | 79 |
Copyright | |
14 other sections not shown
Other editions - View all
Common terms and phrases
acetic acid activity coefficient AgCl(s alkali anion anode approximately aqueous solution buffer calculated cathode cations cell Chap Chem chloride ions copper coulometer curve Debye-Hückel Debye-Hückel equation deposition determined dielectric constant dilute solutions discharge dissociation constant dissolved double layer elec electricity electrolyte employed end-point equal equation equilibrium equiv equivalence-point equivalent conductance experimental faraday free energy given H3O+ hence hydrochloric acid hydrogen ion hydrogen ion concentration hydrolysis hydroxide hydroxyl hydroxyl ions ibid increase indicator infinite dilution ionic strength ionization K₁ liquid junction potential measurements metal method molality mole molecules neutralization obtained Onsager overvoltage oxidation oxidation-reduction oxygen platinum potassium chloride proton quantity ratio reaction reduced respectively reversible salt silver silver chloride sodium solubility solvent standard potential strong acid strong base sulfate Table temperature tion titration transference numbers tube unity valence volt weak acid weak base zinc ᎡᎢ