. Carnegie Institution of Washington publication. 86 CONDUCTIVITY AND VISCOSITY IN MIXED SOLVENTS. TABLE 53. — Comparison of the conductivities of lithium nitrate. — Continued. V In mixtures of acetone and water at 0°. In mixtures of acetone and water at 25°. Op. ct. 25 p. ct. 50 p. ct. 100 0 p. ct. 25 50 p. ct. 75 p. ct. 100 5 10 25 50 100
. Carnegie Institution of Washington publication. 86 CONDUCTIVITY AND VISCOSITY IN MIXED SOLVENTS. TABLE 53. — Comparison of the conductivities of lithium nitrate. — Continued. V In mixtures of acetone and water at 0°. In mixtures of acetone and water at 25°. Op. ct. 25 p. ct. 50 p. ct. 100 0 p. ct. 25 50 p. ct. 75 p. ct. 100 5 10 25 50 100 200 400 800 1200 1600 Table 53 (figs. 22 and 23) shows that lithium nitrate, in mixtures of methyl alcohol and acetone, gives a pronounced maximum in ^ 50$ 75j* ^Percentage of Acetone 1000 FIG. 22. —CONDUCTIVITY OF LITHIUM NITRATE IN MIXTURES OF ACETONE AND METHYL ALCOHOL AT 0°. At high concentrations the maximum is rather small. As the dilution is in- creased the maximum appears in the 75 per cent mixture and even beyond. It should also be noticed that, in the dilute solutions, the rise in conductivity is directly proportional to the amount of acetone, up to the 75 per cent mixture. The maximum is increased by rise in temperature. The points will be made clear by a study of the figures. In all cases the curves represent the molecular conductivities at the successive Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Carnegie Institution of Washington. Washington, Carnegie Ins
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