1610 Kinetics of Particles 



Railways. K., R. (xn) Ausl. 49 (1876) 334-. 



Perron, E. Lux. I. Pb. 19 (1883) 

 209-. 



. Carriages leaving rails. Hallbauer, A. 



Giving. 15 (1869) 167-. 

 . . Randolph, R. V. Nost. Eng. 



Mg. 28 (1883) 117-. 



and rivers. Braschmann, N. C. R. 53 

 (1861) 1068-. 



Rivers. Babinet, J. C. R. 49 (1859) 638-. 

 . Baines, A. C. N. Z. I. T. 10 (1877) 92-. 



and winds. Finger, J. [1877-80] Wien 

 Ak. Sb. 76 (1878) (Ab. 2) 67-; 81 (1880) 

 (Ab. 2) 1248-. 



Running water. Denzler, H. H. Bern Mt. 

 (1859) 116-. 



Spheroid, revolving, deflective forces on. Ran- 

 dolph, R. V. Nost. Eng. Mg. 30 (1884) 45-. 



Vertical plane, motion in, allowing for friction 

 and Earth's rotation. Roth, F. Exner Rpm. 

 20 (1884) 681-. 



Winds. Sprung, A. W. F. Wien Met. Z. 15 

 (1880) 1- ; A. Ps. C. 14 (1881) 128-. 



. Both, F. Wien Met. Z. 16 (1881) 283-. 



, etc. Harrington, M. W. [1888] Am. Met. 

 J. 5 (1888-89) 349-. 



Dynamics of particle. Guiraudet, P. [1864] 

 (xii) Lille S. Mm. 2 (1866) 55-. 



. Andoyer, . N. A. Mth. 13 (1894) 



, 52-. 



, application of elliptic and hyper- 

 elliptic functions. Olsson, O. Stockh. Ofv. 

 (1894) 437-; Fschr. Mth. (1893-94) 1418. 



Electric masses, Weber's law for, consequences, 



application to particles. Delin, C. Lund. 



Un. Acta 34 (1898) (S. Psgr., No. m, 30 pp.) ; 



Fschr. Mth. (1898) 721. 

 Equations of motion, discussion. Staude, 0. 



Mth. A. 41 (1893) 219-. 

 , integrals. Pennacchietti, G. G. Mt. 



23 (1885) 158-. 

 _ of 1st order. MeScerskij, I. V. 



Kharkov Mth. S. Com. (1887) 68-; Fschr. 



Ps. (1887) (Ab. 1) 221-. 

 in plane, transformation. Steklov, 



V. A. [1896] Mosc. S. Sc. Bll. 93 (No. 1) 



(1897) 16- ; Fschr. Mth. (1897) 644-. 



, transformations. Pagani, G. M. 

 Brux. Ac. Bll. 8 (1841) (pte. 2) 152-. 



Equilibrium of chains and motion of particle, 

 relation. Zhnkovskit, N. E. [1878] (xn) 

 Rec. Mth. (Moscou) 9 (1878-81) (Pt. 1) 

 530-. 



on spherical surface. 



Preston, T. [1889] Ir. Ac. T. 29 (1887-92) 

 321-. 



Fall of body through Earth's centre. Dubois, 

 E. Les Mondes 49 (1879) 272-. 



. X. Y. As. (* 1882) 303-. 



Falling bodies, reciprocal action of, and forma- 

 tion of vacuum. Liubimov, N. A. Rs. Ps.-C. 

 S. J. 25 (Ps.) (1893) 199- ; J. de Ps. 3 (1894) 

 567. 



body, motion, with reference to change of 

 gravity. Grunert, J. A. Pogg. A. 10 (1827) 

 457-. 



Resisting Media 1610 



Falling body, proof of formulae for. Volpicelli, 



P. Palomba Rac. 4 (1848) 49-. 

 Force towards given straight line, motion under. 



Dainelli, U. Bologna Ac. Sc. Mm. 8 (1887) 



91. 



perpendicular to radius vector, motion under. 

 Ponte Horta, F. da. G. Teix. J. Sc. 1 (1878) 

 161-. 



with rotating direction, motion under. Bell, 

 A. Camb. and Dubl. Mth. J. 1 (1846) 282-. 



along tangent and radius vector, resolution. 

 Siacci, F. C. R. 88 (1879) 909-. 



Forced vibration, 3 problems. Franklin, W. S. 



Ps. Rv. 1 (1894) 442-. 

 Geometry of skew curve and motion of point, 



analogy. Nicolaides, N. Les Mondes 9 (1866) 



290-, 415-, 596-. 

 Kinetic trigonometry, in motion of particle. 



Susloff, G. Fschr. Mth. (1892) 824-. 

 Non-central force, law, that orbit may be a 



conic. Imshenetsky, V. G. Bordeaux S. 



Sc. Mm. 4 (1882) 31-. 

 Parabolic trajectory. Greenhill, A. G. Mess. 



Mth. 19 (1890) 47-. 

 Particles attracted to fixed centre of force, and 



reflected at fixed straight line. Boltzmann, 



L. Wien Sb. 58 (1868) (Ab. 2) 1035-. 

 Rectilinear motion, elementary proof of for- 

 mula. Terquem, 0. N. A. Mth. 4 (1845) 



644-. 



RESISTING MEDIA. 



Svanberg, J. Ups. N. Acta S. Sc. 6 (1799) 133-. 

 Piobert, . C. R. 3 (1836) 492-. 

 Astier, C. [1876] Rv. Artl. 9 (1877) 313-. 

 Nagy, A. G. Mt. 26 (1888) 369-. 

 Saint-Germain, A. de. C. R. 110 (1890) 1184- ; 



Caen Ac. Mm. (1890) (Pt. 1) 3-. 

 Air and gases, resistance to solids. Cailletet, 



L., & Colardeau, E. C. R. 117 (1893) 145-. 

 , resistance, experimental and calculated 



values. Drzewiecki, . C. R. 113 (1891) 



214-. 

 , to fall of bodies, experiments. Cailletet, 



L., & Colardeau, E. C. R. 115 (1892) 13-. 

 , oscillating sphere. Challis, J. Ph. 



Mg. 17 (1840) 462-. 

 , (Challis). Airy, G. B. Ph. 



Mg. 17 (*1840) 481-. 

 , (Airy). ChaUis, J. Ph. Mg. 



18 (1841) 130-. 



, (Challis). Airy, G. B. Ph. 



Mg. 18 (1841) 321-. 

 , (Airy). Challis, J. Ph. Mg. 



19 (1841) 63-. 



, (Challis). Airy, G. B. Ph. 



Mg. 19 (1841) 143-. 

 , (Airy). Challis, J. Ph. Mg. 



19 (1841) 229-. 

 , small velocities. Freiburg, H. Bonn 



NH. Vr. Vh. 43 (1886) 167-. 

 , with resistance varying as v*. Sparre, 



de. C. R. 114 (1892) 1259-. 



and water, least resistance curve in. Moulton, 

 M. Am. Eng. & Railroad J. 69 (1895) 279-. 



Body suspended by cord projected into resisting 

 medium. Pirard, J. P. Brux. Mm. Cour. 

 2 (1822) 33 pp. 



125 



