1620 Motion about a Fixed Point 



Loxodromic pendulum of Hess. Caplygin, 



S. A. Mosc. S. Sc. Bll. 91 (No. 1) (1894) 



33- ; Fschr. Ps. (1895) (Ab. 1) 312. 

 Moments of inertia, 3 unequal, rapid rotation 



of heavy body having. Budde, E. Berl. 



Ps. Gs. Vh. (1890) 15-. 

 Oscillations, small. Ball, R. S. [1870] Ir. 



Ac. T. 24 (1871) 593-. 

 , , of particle and rigid body. Ball, E. S. 



B. A. Ep. 40 (1870) (Sect.) 10-. 

 Poinsot motion, interpretation of imaginary 



period in a. Appell, P. Par. S. Mth. Bll. 



26 (1898) 98-. 



motions, 2 concordant. Marcolongo, R. 

 A. Mt. 22 (1894) 157- ; G. Teix. J. Sc. 13 

 (1897) 17-. 



, elliptic formulae for study of. Lacour, 



E. Par. 6c. Norm. A. 17 (1900) 283-. 



rotations, Jacobian theorem for replacing a 

 Lagrangian rotation by two. Hess, W. Z. 

 Mth. Ps. 33 (1888) 292-. 



theorem, and 2 motions with the same pol- 

 hode. Darboux, G. C. E. 100 (1885) 1555-. 



theory of rotation, centrifugal forces in. 

 Breton (de Champ), . N. A. Mth. 6 (1867; 

 362. 



, instrument to illustrate. Maxwell, 



J. C. B. A. Ep. (1856) (pt. 2) 27-. 



Polhode. Mannheim, A. C. E. 100 (1885) 

 938-. 



and herpolhode. Mannheim, A. C. E. 102 

 (1886) 353-. 



Potential Hcos? 8, motion of solid of revolution 

 under forces with. Padova, E. Em. E. Ac. 

 Line. Ed. 2 (1886) (Sem. 1) 135-, 168-. 



H 1 cos 2 6 + H 2 cos6, rotatory motion due to, 

 in vacua or in an incompressible fluid. Pa- 

 ladini, B. Em. E. Ac. Line. Ed. 4 (1888) 

 (Sem. 1) 187-. 



Solid of revolution. Cayley, A. Camb. and 



Dubl. Mth. J. 4 (1849) 268-. 

 . Soderblom, A. Ups. S. Sc. N. Acta 



12 (1885) A 7 o. 4, 92 pp. 

 . Padova, E. Em. E. Ac. Line. Ed. 



4 (1895) (Sem. 2) 198-. 

 , heavy. Somoff, J. [1855] St. Pet. 



Ac. Sc. Bll. 14 (1856) 113-. 

 , . Turazza, D. Yen. Mm. I. 11 



(1862) 75-, (vm) 375-. 

 , . Halphen, G. H. C. E. 100 



(1885) 1065-. 

 , . Darboux, G. C. E. 101 (1885) 



11-, 115- ; Liouv. J. Mth. 1 (1885) 403-. 

 , . Jahnke, E. C. E. 126 (1898) 



1126-. 

 , , Jacobi's theorem. Padova, E. 



Yen. I. At. (1891-92) 847-. 

 , , . Hadamard, . [1894] 



Bordeaux S. Sc. Mm. 5 (1895) xlvi-. 

 , , motion, application of elliptic 



functions. Lottner, C. L. E. [1853] Crelle 



J. 50 (1855) 111-. 

 , , expressed as explicit function 



of time. Lottner, C. L. E. Grunert Arch. 



23 (1854) 417-. 



Kinetics of Solids, etc. 1620 



Solid of revolution, heavy, motion, precession 

 in. Hadamard, J. Bll. Sc. Mth. 19 (1895) 

 228-. 



, motion, particular case. Urzi, G. 



G. Mt. 36 (1898) 185-. 



, , , physical realisation. Koenigs, 



G. Bll. Sc. Mth. 19 (1895) 225-. 



Oscillations, mechanical rocker for detecting; 

 and elliptographs. Alexander, T., & Thom- 

 son, A.W. [1891] Ir. Ac. T. 29 (1887-92) 673-. 



Ovoid, motion. Leconte, F. Arch. Sc. Ps. Nt. 

 24 (1890) 176-. 



Plane figure always similar to itself, with 

 3 lines passing through 3 fixed points, 

 motion. Wiener, C. [1867] A. Mt. 1 (1867- 

 68) 139-. 



Pressure on points of support of system in 

 equilibrium, and on the point of motion. 

 Dorna, A. [1857] Tor. Mm. Ac. 18 (1859) 



Principles of mechanics of rigid bodies. Neu- 

 mann, C. Leip. Mth. Ps. B. 39 (1887) 153- ; 

 40 (1888) 22-. 



Eectilinear motion along system of planes, 

 variously inclined and contiguous. Volpi- 

 celli, P. Em. At. 13 (1859-60) 417-, 478-; 

 14 (1860-61) 107-, 181-. 



and rotatory motions, and forces brought 

 into operation. Lloyd, . (vm) Pp. Nv. 

 Archt. 4 (1832) 36-. 



Eelative equilibrium of bodies attached to 



rotating axis. Pagani, G. M. Brux. Ac. Bll. 



3 (1836) 263-. 



rotating body hung by string. Pa- 

 gani, G. M. Brux. Ac. Sc. Mm. 10 (1837) 



29pp. 

 Eing hung by flexible thread, rotating about 



vertical axis. Giordano, G. Nap. Ed. 3 



(1864) 301-. 

 , motion on horizontal plane. Schoitten, G. 



N. Arch. Wisk. 15 (1888) 188- ; Fschr. Ps. 



(1888) (Ab. 1) 191. 

 , plane, hung by thread, permanent rotation. 



Pagani, G. M. Quetelet Cor. Mth. 4 (1828) 



113-. 

 , rotating gimbal, motion of particle on. 



Hioux, V. N. A. Mth. 13 (*1874) 507-. 

 , , . Gilbert, L. P. N. A. 



Mth. 16 (1877) 152-. 

 , , . Hioux, V. N. A. Mth. 



16 (1877) 312-. 

 Eod and cylinder problems (isodynamism) . 



Buquoy, G. von. Oken Isis (1824) 1209-. 



hung by thread, motion. Hoppe, R. Arch. 

 Mth. Ps. 62 (1878) 296-. 



Eolling bodies, centrifugal forces in. Breton, 

 [de Champ}, P. Liouv. J. Mth. 5 (1840) 120-. 



, (Breton). Delaunay,C. Liouv. 



J. Mth. 5 (1840) 189-. 



, theory. Bakewell, T. W. Franklin I. 



J. 5 (1843) 62-. 



of body on fixed rough surface, without 

 sliding, construction. Townsend, R. [1872] 

 QJ. Mth. 12 (1873) 201-. 



horizontal plane, under gravity. 



Hoppe, R. Arch. Mth. Ps. 66 (1881) 260-. 

 , . Neumann, C. Leip. 



Mth. Ps. B. 37 (1885) 352-. 



133 



