1220 Attractions 



Body which would produce given local attrac- 

 tion, determination. Sludskil, T. A. [1871] 

 (xu) Bee. Mth. (Moscou) 6 (1872-73) (Pt. 1) 



Centrobaric bodies. Thomson, (Sir) W. [1864] 



Edinb. B. S. P. 5 (1866) 190-. 

 , inversion. Preston, T. Dubl. S. Sc. P. 



5 (1886-87) 639-. 



shells. Tait, . Edinb. B. S. P. 21 

 (1897) 117-. 



spherical surface distribution. Tait, . 

 Edinb. Mth. S. P. 17 (1899) 68-. 



Clairaut's theorem. Young, (Dr) T. Nichol- 

 son J. 20 (1808) 273-. 



. Stokes, G. G. Camb. and Dubl. Mth. 



J. 4 (1849) 194-. 



. Haughton, S. Camb. and Dubl. Mth. 

 J. 6 (1851) 182-. 



. [Maccullagh, J., compiled by] Allman, 



G. Jo. Ir. Ac. T. 22 (1855) 379-. 



. Hennessy, H. Ir. Ac. P. 7 (1861) 401-. 



(Stokes's proof). Pratt, J. H. Ph. Mg. 



34 (1867) 25-. 



. Cayley, A. Mess. Mth. 5 (1876) 

 166-. 



, and connected subjects. Collins, M. 

 Camb. and Dubl. Mth. J. 9 (1854) 46-. 



Conservation of solar heat, Helmholtz's theory 

 in relation to. Gilbert, P. C. B. 101 (1885) 

 872-. 



Cosmogony, problem. Maillard, L. As. Fr. 

 C. E. (1894) (Pt. 2) 200-. 



Equation = \- ^ \- ^ = wekp, proof. 



dx cy tiz 



Clausius, E. Liouv. J. Mth. 3 (1858) 57-. 

 Equipotential ellipsoidal stratum, new methods 



of finding density in. Pad, P. Em. B. Ac. 



Line. Bd. 7 (1898) (Sem. 2) 131-. 

 Force, field of, due to single mass, properties. 



Nipher, F. E. St Louis Ac. T. 5 (1892) 



619-. 

 , , and transfer of energy. Broca, A. 



As. Fr. C. B. (1899) (Pt. 1) 224-. 

 , law, between particles. Seydler,A. Prag 



Ab. 1 (1886) No. 9, 50 pp. 

 , , when thin homogeneous spherical shell 



exerts no internal attraction. Poynting, J. H. 



Manch. Lt. Ph. S. P. 16 (1877) 168-. 

 , magnetic, lines of. Steggall, J. E. A. 



Edinb. Mth. S. P. 10 (1892) 44-. 

 , variable, equilibrium curve. Noggerath, 



E. J. Schlomilch Z. 6 (1861) 332-. 

 Forces, mutual. Berthot, P. Par. Ing. Civ. 



Mm. (1885) (Pt. 2) 588-. 

 Function varying as qq'r n , properties. Merca- 



dier, E. C. B. 96 (1883) 188-. 

 Gravitation, application of theory of images to. 



Lipschitz, R. [1861] Crelle J. 61 (1863) 



22-. 



within earth. Nystrom, J. W. Franklin 

 I. J. 22 (1851) 205-. 



figure of terrestrial spheroid. Birkenmajer, 

 L. Krk. Ak. (Mt.-Prz.) Bz. 14 (1886) 



integral, and its consequents with reference 

 to measure and transfer of force. Waterston, 

 J. J. Ph. Mg. 15 (1858) 329-. 



Attractions 1220 



Gravitation, Newtonian formula, modification. 



Taylor, . Smiths. Misc. Col. 33 (1888) 



Art. 3, 39-. (Wash. Ph. S. Bll. 8 (1885).) 

 , law. GUnther, S. [1900] N. Y. Am. 



Mth. S. Bll. 7 (1901) 158, 159. 

 , particular case. La Rive, L. de. Arch. Sc. 



Ps. Nt. 16 (1886) 593-. 



, theory. Vaschy,. J. dePs. 5 (1886) 165-. 

 Gravity at surface of oblate spheroid of uniform 



density. Friesach, K. Arch. Mth. Ps. 44 



(1865) 355-. 



spheroid of uniform density. 

 Friesach, K. Steierm. Mt. (1875) 187-. 



supposed ellipsoidal geoid, expression 



for. Pizzetti, P. Em. B. Ac. Line. Bd. 3 



(1894) (Sem. 1) 166-, 230- . 

 , (Pizzetti). Morera, 



G. Em. E. Ac. Line. Bd. 3 (1894) (Sem. 1) 



371-. 

 Mass of planet deduced from observations of 



2 satellites. Hall, A. Smiths. Misc. Col. 

 33 (1888) Art. 1, 132-. (Wash. Ph. S. Bll. 

 6 (1884).) 



Molecular action. Mossotti, 0. F. Taylor Sc. 



Mm. 1 (1837) 448-. 

 , Mossotti's theory. Kelland, (Rev.) P. 



Ph. Mg. 20 (*1842) 8-. 

 , Newton's law. Kelland, (Rev.) P. Ph. 



Mg. 21 (1842) 124-, 202-, 263-, 344-, 422-; 



22 (1843) 116-, 194-. 

 , . Eamshaw, S. (vi Adds.) Ph. 



Mg. 21 (1842) 340-, 437-. 



equilibrium. Kelland, (Rev.) P. [1838] 

 Camb. Ph. S. T. 7 (1842) 25-. 



Point attracted by straight line, motion. Cesdro, 



E. Palermo Cir. Mt. Ed. 1 (1887) 304-. 

 , . Gebbia, M. Palermo Cir. 



Mt. Bd. 1 (1887) 310-. 

 Points equally attracted by ellipsoid, locus. 



Spitzer, S. Arch. Mth. Ps. 47 (1867) 82-. 

 , 3 material, in straight line, attracting one 



another inversely as cubes of distances. 



Eggers, H. Grunert Arch. 12 (1849) 314-. 

 Potential energy of 2 attracting ellipsoids. 



Callandreau, O. C. E. 101 (1885) 1476-. 

 Shells having no attraction on internal point 



necessarily ellipsoidal. Bertrand, J. Liouv. 



J. Mth. 8 (1843) 209-. 

 Solid of attraction. Stiarpe, S. Ph. Mg. 8 



(1830) 256-. 

 Solids, equally attracting. Hirst, T. A. Ph. 



Mg. 13 (1857) 305- ; 16 (1858) 161-, 266-; 



C. B. 47 (1858) 274-. 



of maximum attraction. Lampe, E. Berl. 

 Ps. Gs. Vh. (1890) 78-. 



. Sella, A. Em. E. Ac. Line. Ed. 



3 (1894) (Sem. 2) 47-. 



. Lampe, E. Berl. Ps. Gs. Vh. 



(1896) 84-. 

 , form. Pagani, G. M. Brux. Ac. 



Bll. 3 (1836) 305-. 

 in given direction. Playfair, J. 



[1807] Edinb. B. S. T. 6 (1812) 187-. 

 , literary note. Lampe, E. Berl. 



Ps. Gs. Vh. (1890) 78-. 

 or repulsion. X. Y. Tilloch Ph. 



Mg. 41 (1813) 268-. 



105 



