The Freezing-point, Boiling-point and Conductivity Methods

acetic acid Aniline applied asbestos barium hydroxide Beckmann Benzene Benzoic acid boiling boiling-point method bulb calculated cell Chem chemical chloride concentration condenser conductivity method conductivity of solutions conductors convenient cork cylinder degree depression determined different substances dilution dissociation of electrolytes dissolved substance ductivity electrodes electrolytic dissociation Ethyl alcohol form of apparatus freezing freezing-mixture freezing-point method given solvent glass tube gram-molecular weight Grams heat of fusion hydrochloric acid hydroxide Ibid ing-point introduced ions Journ laboratory large number liquid liter Measurement of Electrolytic mercury Methyl Methyl iodide molecular conductivity molecular lowering molecular rise molecular weight Naphthalene nitrate non-electrolytes normal number of molecules number of substances phys placed point method potassium potassium chloride pure solvent quantities Raoult resistance rheostat Rise in Molecular salts sodium solu solvent produced stance stirrer stopper strong acids sulphuric acid temperature thermometer tion Triphenylmethane vapor vapor-pressure vent vessel Ztschr Ο.ΟΙΟ