The Electromotive Force And Free Energy of Dilution of Lithium Chloride in Aqueo
The Electromotive Force And Free Energy of Dilution of Lithium Chloride in Aqueo
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In our eReader you can find the full English version of the book. Read The Electromotive Force And Free Energy of Dilution of Lithium Chloride in Aqueo Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book The Electromotive Force And Free Energy of Dilution of Lithium Chloride in Aqueo
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To quickly assess the difficulty of the text, read a short excerpt:
10067 0. 05-0. 005. 9608 Methyl ale. . .
9205 7698 6911 Ethyl ale 8564 6919 5928 w-Propyl ale 7608 5684 CC4. 8 w-Butyl ale. . .
796l 7450 5587 4834 Isoamyl ale. .
6764 6031 5162 4149 1 "Leitvermogen 2 Extrapolated.
der Elektrolyte, " p. 201.
It will be observed that for a given normality ratio (10 : i) the free energy of dilution of lithium chloride decreases regularly as we pass from the lower to the higher members of the same homologous series. Further- more, for any one of the solvents studi...ed the free energy decreases as the pair of concentrations involved become more dilute. Since the free energy of dilution is proportional to the logarithm of the ratio of the activities of the chlorine ions, we should expect, for the normality ratio used, that the free energy would increase to a maximum at infinite dilution.
Table VI gives a summary of the activity ratios of the ions as calculated by a simple rearrangement of Equation 4. This ratio in the various sol- vents decreases with increase in dilution of the pairs constituting the cells, and this in spite of an increase in the normal ionization of the electrolyte.
What to read after The Electromotive Force And Free Energy of Dilution of Lithium Chloride in Aqueo?
You can find similar books in the "Read Also" column, or choose other free books by Franklin Spencer Mortimer to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
10067 0. 05-0. 005. 9608 Methyl ale. . .
9205 7698 6911 Ethyl ale 8564 6919 5928 w-Propyl ale 7608 5684 CC4. 8 w-Butyl ale. . .
796l 7450 5587 4834 Isoamyl ale. .
6764 6031 5162 4149 1 "Leitvermogen 2 Extrapolated.
der Elektrolyte, " p. 201.
It will be observed that for a given normality ratio (10 : i) the free energy of dilution of lithium chloride decreases regularly as we pass from the lower to the higher members of the same homologous series. Further- more, for any one of the solvents studi...ed the free energy decreases as the pair of concentrations involved become more dilute. Since the free energy of dilution is proportional to the logarithm of the ratio of the activities of the chlorine ions, we should expect, for the normality ratio used, that the free energy would increase to a maximum at infinite dilution.
Table VI gives a summary of the activity ratios of the ions as calculated by a simple rearrangement of Equation 4. This ratio in the various sol- vents decreases with increase in dilution of the pairs constituting the cells, and this in spite of an increase in the normal ionization of the electrolyte.
What to read after The Electromotive Force And Free Energy of Dilution of Lithium Chloride in Aqueo?
You can find similar books in the "Read Also" column, or choose other free books by Franklin Spencer Mortimer to read onlineMoreLess
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