. Carnegie Institution of Washington publication. HYDROCHLORIC ACID. 51 TABLE 28. — Conductivity of hydrochloric acid. In 50 p ct. methyl alcohol at 25°. In p. ct. methyl alcohol at 0° and at 25°. V ^25° V /M>° M«25° 66.^49 In 90 p. ct. methyl alcohol at 0° and 25°. In 100 p. ct. methyl alcohol at 0° and 25°. V M»0° M»25° V ttfl" M»25° 11
. Carnegie Institution of Washington publication. HYDROCHLORIC ACID. 51 TABLE 28. — Conductivity of hydrochloric acid. In 50 p ct. methyl alcohol at 25°. In p. ct. methyl alcohol at 0° and at 25°. V ^25° V /M>° M«25° 66.^49 In 90 p. ct. methyl alcohol at 0° and 25°. In 100 p. ct. methyl alcohol at 0° and 25°. V M»0° M»25° V ttfl" M»25° .... A consideration of the re- sults, table 28, shows that in certain cases they are irregular and unexpected. In the 50 per cent mixture the conductivity falls from the first dilution, which is analogous to what has been observed for hydrochloric acid in ether and isoamyl alcohol by Cattaneo and Kablukoff, and for sul- phuric acid in acetic acid by Jones — the molecular conductivities decreased for decreasing dilution. In the per cent mixture a maximum is reached at v = at both 0° and 25°. From this point the con- ductivities decrease slightly. However, at 0°the mean of the last four conductivities, including the maximum, differs from the maximum value by only per cent. •d a 6 50 3 o o 3 30 30 10. Per cent Alcohol by Volume FIG. 12. — CONDUCTIVITY OF HYDROCHLORIC ACID IN MIXTURES OF METHYL ALCOHOL AND 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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