The Modern Theory of Electrolytes |
Common terms and phrases
acetic acid added salt anions Arrhenius atoms average B.Sc buffer solutions catalytic effect CATALYTIC POWERS classical theory concentrated solutions conductivity measurements constant of acetic curve D.Sc Debye and Hückel Debye-Hückel theory decrease in ionic degree of dissociation dielectric constant dilute solutions dissociation constant dissociation derived DISSOCIATION OF STRONG distance distribution electrode equation equilibrium ETHYL ACETATE example freezing-point data freezing-point depression frequencies high field strengths hydrolysis incomplete dissociation interatomic interionic attraction interionic theory ion in common ionic atmosphere ionic charge ionic mobilities ionic theory ions in solution K₁ KNO3 law of mass mass action mass law MODERN THEORY molecule moles/litre opposite charge osmotic coefficient osmotic pressure osmotic properties positive ion predicted quantitative agreement quantitative treatment R. P. BELL silver chloride simple law Solubility effects solutions of strong solvent square root strong electrolyte solutions Table THEORY OF ELECTROLYTES thermal thermo thermodynamic uni-univalent electrolyte uni-univalent salts vary with concentration weak electrolyte αι