1610 Kinetics, General 



nature and magnitude. Markiewicz, R. Krk. 

 Eoczn. Uniwers. 4 (1819) 196-. 



of plane system of particles, simple investiga- 

 tion. Holzmilller, F. G. Z. Mth. Ps. 24 

 1879) 255-. 



reduction, in relative motion of solid. Gilbert, 

 L. P. As. Fr. C. E. 7 (1878) 88-; (xn) 

 Brux. S. Sc. A. 3 (1879) (Pt. 2) 141-. 



resultant, properties and applications. Rcsal, 

 H. C. B. 36 (1853) 437. 



Chain in equilibrium, kinetic analogy. Peter- 

 sen, J. Ts. Mth. 2 (1884) 183- ; Fschr. Mth. 

 (1884) 783. 



Circular motion, fallacies in theory. Wakelin, 

 T. B. N. Z. I. T. 14 (1882) 134-. 



Dynamical problems, graphic solution. Proll, 

 R. Giving. 19 (1873) 111-, 233-, 395-. 



Motion of points or atoms subject to any law 

 of force. Smythies, J. K. B. A. Bp. (1839) 

 (pt. 2) 24-. 



variable body remaining similar to itself. 



Seiliger, D. Kazan Un. Mm. (1892) (Pt. 4) 

 125-, (Pt. 5) 143- ; (1893) (Pt. 2) 163- ; 



(1894) (Pt. 1) 113- ; Fschr. Ps. (1892) (Ab. 1) 

 241; (1895) (46.1)328. 



Movements of animals to ensure falling on 



their feet. Marey,. C. B. 119 (1894) 714-. 

 (Marey). Guyou, . 



C. B. 119 (1894) 717-. 

 . Levy, M. C. B. 



119 (1894) 718-. 

 (Marey). Obrecht, 



. Chili S. Sc. Act. 4 (1894) ccxxiii-. 

 . Mege, . Chili 



S. Sc. Act. 5 (1895) xxv. 

 . Peano, G. Bv. 



Mt. (1895) 31-. 

 Newton's theory of kinetics. Macaulay, W. H. 



N. Y. Am. Mth. S. Bll. 3 (1897) 363-; 4 (1898) 



283. 

 Transformation, most probable, of material 



body (on the analogy of thermodynamics). 



Gosiewski, W. Krk. Ak. (Mt.-Prz.) Bz. 7 



(1895) 118- ; Crc. Ac. Sc. Bll. (1893) 311-. 



1610 Kinetics of particles; orbits, 

 constrained motion, resisting 

 media. (See also Astronomy 

 1100-1250.) 



Accelerating force acting on particle describing 

 anycurve, decomposition. Dainelli,U. [1880] 

 G. Mt. 19 (1881) 171-. 



Acceleration constant in direction, elliptic 

 motion under. Wolstenholme, J. L. Mth. 

 S. P. 4 (1871-73) 331-. 



, normal. Padelletti, D. G. Mt. [13 (1875)] 

 115-. 



, and tangential. Purkiss, H. J. (v) 

 Mess. Mth. 2 (1864) 228. 



Accelerations of order higher than first. Padel- 

 letti, D. G. Mt. [13 (1875)] 129-. 



higher orders. Schouten, G. Amst. Ak. 



Vh. (Sect. 1) 2 (1894) No. 5, 26 pp. ; Fschr. 

 Mth. (1893-94) 1336. 



Central Forces 1610 



CENTRAL FORCES. 



(Theory.) Sorlin, A. N. J. [1805] Le Mans 



S. E. Tr. (1820) 22-. 

 Buquoy, G. von. Oken Isis (1827) 807-. 

 (Theory.) Ampere, A. M. (vn) Gergonne A. 



Mth. 22 (1831) 1-. 

 Strong, T. Silliman J. 19 (1831) 46-; 20 (1831) 



65-, 291- ; 21 (1832) 67-, 334-; 22 (1832) 



132-, 342-. 



Cauchy, A. L. C. B. 15 (1842) 917-. 

 (Theory.) Duhamel, J. M. C. C. B. 23 (1846) 



196-. , 

 Roche, E. Mntp. Ac. Sc. Mm. 3 (1855-57) 



397-. 

 Chase, P. E. [1876-77] Am. Ph. S. P. 16 



(1877) 298-; 17 (1878) 98-. 

 Feliu y Vegues, F. [1877] (xn) Barcel. Ac. 



Mm. 1 (1878) 65-. 



Combescure, E. Liouv. J. Mth. 7 (1881) 239-. 

 Curtis, A. H. Mess. Mth. 11 (1882) 179-. 

 acceleration in theory, different expressions. 



Mogni, A. G. Mt. 4 (1866) 339-. 

 , (Mogni). Beltrami, E. G. Mt. 



5 (1867) 89-. 

 attractive and repulsive, motion under. Bas- 



sani, A. G. Mt. 23 (1885) 80-. 



or repulsive, motion in straight line under. 

 Bjorling, C. F. E. Arch. Mth. Ps. 50 (1869) 

 56-. 



calculation. Holten, C. Mth. Ts. 1 (1859) 



161-. 

 condition to be fulfilled by any number of, for 



given orbit. Curtis, A. H. B. A. Bp. (1879) 



290-. 

 and conservation of energy. Browne, W. R. 



[1882] L. Ps. S. P. 5 (1884) 159- ; Ph. Mg. 



15 (1883) 35-. 

 inverse method. Holme, E. Manch. Ph. S. 



Mm. 4 (1796) 369-; 5 (1798) 102-. 



problem resolved by angular sections. Fer- 

 gola, N. Nap. At. Ac. 1 (1819) 287-. 



Zopsus ellipticus, table, construction. Lehmann 

 J. W. H. As. Nr. 44 (1856) 161-, 177- 

 241-, 261-, 272-; 45 (1857) 161-, 289- 

 353-. 



hyberbolicus, table, construction. Lehmann 

 J. W. H. As. Nr. 43 (1856) 161-, 177-, 193- 

 44 (1856) 17-, 49-, 63-, 81-, 99-; 45 (1857) 

 161-, 289-, 353-; 46 (1857) 177-, 225-, 305- ; 

 47 (1858) 49-, 113-. 



law, that orbit may be conic (Hamilton's). 



Casey, J. [1861] QJ. Mth. 5 (1862) 233-. 

 , . Jacquier, E. C. B. 67 



(1868) 289-. 

 , , Darboux, G. C. B. 84 



(1877) 760-, 936-. 

 , . Glaisher, J. W. L. [1878] 



As. S. M. Not. 39 (1879) 77-. 

 , . Haillecourt, . Metz Ac. 



Mm. 67 (1889) 141-. 

 , . Hirayama, S. As. J. 9 



(1890) 53-. 

 , . Appell, P. Am. J. Mth. 



13 (1891) 153-. 

 , . Potier, A. C. B. 118 



(1894) 102-. 



118 



