370 
INDEX. 
F. 
Forsyth (A. R.). On Abel’s Theorem and Abelian Functions, 323.—Contents of the paper described, 
323; Section I., 324; Section II., Abelian functions after Weierstrass, 347. 
G. 
Glazebrook (R. T.) and Dodds (J. M.). Experiments on the Value of the British Association Unit of 
Resistance.—Part I., 223. 
Glazebrook (R. T.) and Sargant (E. B.). Experiments on the Value of the British Association Unit of 
Resistance.—Part II., 252. 
L. 
Liveing (G. D.) and Dewar (J.). On the Ultra-Violet Spectra of the Elements, 187.—Part I. Iron 
(with a map), 187; Part II., spectra of fifteen metals, and of carbon, 213. 
Lorentz, experiments bj his method for the determination of the absolute value of the B.A. unit of 
resistance, 295 (see Rayleigh). 
M. 
Mercury , specific resistance of, for electricity, 173. 
P. 
Paraffins, on the normal, 269. 
Pitch, determination of the, of a standard tuning-fork, 316. 
R. 
Rayleigh (Lord) and Sidgwick (Mrs. H.). On the Specific Resistance of Mercury, 173. 
Rayleigh (Lord) and Sidgwick (Mrs. H.). Experiments, by the Method of Lorentz, for the furthei 
Determination of the Absolute Value of the British Association Unit of Resistance, uith an 
Appendix on the Determination of the pitch of a Standard Tuning-Fork, 295. Appendix, 316, 
second appendix, effect of imperfect insulation of coils, 321. 
Resistance, electrical, of mercury, 173 (see Rayleigh); value of the British Association unit of, 223, 29o 
(see Glazebrook and Rayleigh). 
