3250 



Appendix 



4060 



Theorem of Cotes, new demonstration. Littrow, 



J. J. von. Zach Cor. 3 (1819) 22-. 

 Transcendental integrals of form 



Thomson, (Sir) W. QJ. Mth. 1 (1857) 316-. 



3260 



[1839] 



St Pet. Ac. Sc. 



Ostrogradsky, M. A. 



Mm. 4 (1841) 309-. 

 Poisson's integral. Mukhopadhyay, A. [1888] 



Beng. As. S. J. 57 (Pt. 2) (1890) 100-. 



I [/ (sin a*, cos ax) - /(sin /So:, cos /3x)] ~ 



Schlffinilch, 0. Grunert Arch. 5 (1844) 152-. 

 Zehfuss, G. Grunert Arch. 30 (1858) 465-. 



7T 



/o~ 

 "(2 cosx) a + 6 cos (a - b)xdx. Lipschitz,R. 0. S. 



Bll. Sc. Mth. As. 5 (1881) (Pt. 1) 387-. 



3270 



Curvilinear coordinates, Stokes's theorem. 

 Webster, A. G. N. Y. Am. Mth. S. Bll. 4 

 (1898) 438-. 



Double integrals. 



of 2nd kind in theory of algebraic surfaces. 

 Picard, E. C. R. 125 (1897) 909- ; 127 

 (1898) 579-; 129 (1899) 539-. 



Integrals deduced from theory of orthogonal 

 surfaces. Ostrogradnky, . (vm) St Pet. 

 Ac. Sc. Bll. 7 (1840) 362-. 



3280 



Saint- 

 (1886) 



Cuttings and embankments, problem. 



Germain, A. de. Caen Ac. Mm. 



(Pt. 1) 23-. 

 Maximum or minimum, properties common to 



all curves satisfying certain condition of. 



Vicaire, E. C. E. 106 (1888) 456-. 

 Trajectories, on given surface or in space, 



rendering minimum I (v) ds. Roger, E. 

 C.R. 40(1855) 1176-. 



3600 

 (See also 8800-8840.) 



Analytic forces. Lecornu, L. Par. EC. Pol. 



J. 55 (1885) 253-. 

 Conformal representation. Neumann, C. Leip. 



B. 22 (1870) 49-, 264-. 



Curves along which the absolute value of a 



function is constant, use. Schlafli, L. [1873] 



(xi) A. Mt. 6 (1873-75) 1-. 

 Singular points, essential, theory. Guichard, 



C. Par. EC. Norm. A. 12 (1883) 301-. 

 Transformation of polygons in z plane. Lecornu, 



L. C. R. 92 (1881) 695-; Par. EC. Pol. J. 



Cah. 49 (1881) 205-. 



4010 



Cubic corpus of functions, complete system of 



differentials of 1st class in. Baur, L. Mth. 



A. 46 (1895) 31-, 160, 608. 

 , functions, theory. Baur, L. Mth. A 



43 (1893) 505-. 

 Fundamental system for given class domain, 



determination. Mertens, F. Prace Mt.-Fiz. 



6 (1895) 106-. 

 Period systems of functions of real variables. 



Kronecker, L. Berl. Ak. Sb. (1884) 1071-. 



4040 



Approximate equation F 1 (c) = log - . Verhulst, 



P. F. Brux. Ac. Bll. 10 (1843) (pte. 2) 

 378. 



Curves represented by 



_ Tr _*L__ * 77 __^__ r _ = o, 

 V Turner, H. H. Mess. 

 Dixon, A. C. 



ivelopes. 



Mth. 10 (1881) 21-. 



Deformable frameworks. 



Mth. 29 (1900) 1-. 



Doubly periodic functions. 



class of two. Farkas, J. C. R. 90 (1880) 



1269-. 

 of 3rd kind, application of Mittag-Leffler's 



theorem. Appell, P. Par. EC. Norm. A. 



2 (1885) 67- 



ELLIPTIC FUNCTIONS. 



applications to flexible cords. Marcolongo, R. 



Nap. Ed. 31 (1892) 71-, 89-. 

 of 1st kind, representation by arc of plane 



transcendental curve. Tortolini, B. Tor- 



tolini A. 4 (1853) 485-. 



4050 



Curves, 4th degree, x^x^ + x^Xi+x^x.,, co- 

 variant theory. Brioschi, F. Mil. I. Lomb. 

 Ed. 17 (1884) 401- ; Em. E. Ac. Line. T. 8 

 (1884) 164-. 



DIVISION. 



of lemniscate arcs. Tortolini, B. Palomba 

 Eac. 1 (1845) 17-; Mod. S. It. Mm. 1 (1862) 

 91-. 



4060 



Abelian functions. 



in connexion with 2-dimensional fluid motion. 

 Baker, H. F. Camb. Ph. S. P. 9 (1898) 381-. 



661 TT 3 



