. The Philosophical magazine; a journal of theoretical, experimental and applied physics. 4H) Dr. G. Gore on a JVeir Method and Volts. Fig. of KCl + XaCl at 13° 1st. Each of the curves is strikingly unhke in generalform each of those of the constituent salts of the compound,and the form is not in either case an average of that of tlietwo ; each of them also shows a great reduction of electro-motive force due to the chemical union of the two In each case an increase of strength of solution isattended by an increase of electromotive force. 3rd. Thetwo curves are ea
. The Philosophical magazine; a journal of theoretical, experimental and applied physics. 4H) Dr. G. Gore on a JVeir Method and Volts. Fig. of KCl + XaCl at 13° 1st. Each of the curves is strikingly unhke in generalform each of those of the constituent salts of the compound,and the form is not in either case an average of that of tlietwo ; each of them also shows a great reduction of electro-motive force due to the chemical union of the two In each case an increase of strength of solution isattended by an increase of electromotive force. 3rd. Thetwo curves are each characteristic of the individual substances. The amounts of voltaic energy of the dissolved salts separatelybefore chemical union were :—KCl = 699,803, Na01 = 207,589,and KI = 16,361; and after the union those of the compoundswere:—KCl+ KI = 7,571, and KCl4-NaCI = 5,959 (see Re-lative Amounts of Available Voltaic Energy of Aqueous Solu-tions, Proc. Birm. Phil. Soc. vii. part i.). 13. Curves of Isomeric have already shown (see Phil. Mag. October 1889,p. 289, On the Molecular Constitution of Isomeric Solu-tions ) that aqueous isomeric electrolytes
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