A History of Science - v.3 (Williams)

History of Science

371

London, 1818, pp. 124 f.

CHAPTER VI

MODERN THEORIES OF HEAT AND LIGHT

[1](p. 215). Essays Political, Economical, and Philosophical, by Benjamin Thompson, Count of Rumford (2 vols.), Vol. II., pp. 470-493, London; T. Cadell, Jr., and W. Davies, 1797.

[2](p. 220). Thomas Young, Phil. Trans., 1802, p. 35.

[3](p. 223). Ibid., p. 36.

CHAPTER VII

THE MODERN DEVELOPMENT OF ELECTRICITY AND MAGNETISM

[1](p. 235). Davy's paper before Royal Institution, 1810.

[2](p. 238). Hans Christian Oersted, Experiments with the Effects of the Electric Current on the Magnetic Needle, 1815.

[3](p. 243). On the Induction of Electric Currents, by Michael Faraday, F.R.S., Phil. Trans. of Royal Society of London for 1832, pp. 126-128.

[4](p. 245). Explication of Arago's Magnetic Phenomena, by Michael Faraday, F.R.S., Phil. Trans. Royal Society of London for 1832, pp. 146-149.

CHAPTER VIII

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History of Science

372

THE CONSERVATION OF ENERGY

[1](p. 267). The Forces of Inorganic Nature, a paper by Dr. Julius Robert Mayer, Liebig's Annalen, 1842.

[2](p. 272). On the Calorific Effects of Magneto-Electricity and the Mechanical Value of Heat, by J. P. Joule, in Report of the British Association for the Advancement of Science, vol. XII.,

p. 33.

CHAPTER IX

THE ETHER AND PONDERABLE MATTER

[1] (p. 297). James Clerk-Maxwell, Philosophical Magazine for January and July, 1860.

END OF VOL. III

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