. Carnegie Institution of Washington publication. WORK OF J. SAM GUY. 173 DISCUSSION OF RESULTS. A rise in temperature causes an increase in conductivity, which may be due to either or to both of the following causes: first, an increase in the number of the ions present, and second, an increase in the velocity of the ions. That the number of the ions does not generally increase with rise in temperature has been shown by direct measurement of the degree of dissociation by means of the conductivity method. CK3OH. -150 HoO 100 C2H5OH 32 "5 50 100 25 Fig. 80. 50 Per cent. Glycerol -Fluidity o
. Carnegie Institution of Washington publication. WORK OF J. SAM GUY. 173 DISCUSSION OF RESULTS. A rise in temperature causes an increase in conductivity, which may be due to either or to both of the following causes: first, an increase in the number of the ions present, and second, an increase in the velocity of the ions. That the number of the ions does not generally increase with rise in temperature has been shown by direct measurement of the degree of dissociation by means of the conductivity method. CK3OH. -150 HoO 100 C2H5OH 32 "5 50 100 25 Fig. 80. 50 Per cent. Glycerol -Fluidity of Glycerol Mixtures at 25°. This is in accord with the theory of Dutoit and Aston, which makes the dissociating power of a solvent a function of its own association. The degree of association of a solvent has been shown by the method of Ramsay and Shields to decrease with rise. 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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