. Carnegie Institution of Washington publication. 126 WORK OF E. G. MAHIN. 3 -a c © O i- 3 M o S iodide in acetone and in binary mixtures containing acetone, in order to determine whether such solutions are analogous to those of lithium nitrate, as they should be if the proposed explanation of the peculiar behavior of the latter is correct. The results of the conductivity measurements are shown in tables 92 to 97 and in figs. 33 to 58, inclusive. Fig. — Conductivity of cadmium iodide in mix- tures of acetone and ethyl alcohol at 0°.. 25 50 75 Per cent, of Acetone Fig. 57.—Conductivity of c
. Carnegie Institution of Washington publication. 126 WORK OF E. G. MAHIN. 3 -a c © O i- 3 M o S iodide in acetone and in binary mixtures containing acetone, in order to determine whether such solutions are analogous to those of lithium nitrate, as they should be if the proposed explanation of the peculiar behavior of the latter is correct. The results of the conductivity measurements are shown in tables 92 to 97 and in figs. 33 to 58, inclusive. Fig. — Conductivity of cadmium iodide in mix- tures of acetone and ethyl alcohol at 0°.. 25 50 75 Per cent, of Acetone Fig. 57.—Conductivity of cadmium iodide in mixtures of acetone and water at 0°. 160; 140- \* .*? 120- \fe > \ S 100- \> \ c x V a so- 1h aj a 60- 8 1 40- r-J^O 20. 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 Institution of Washington
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