2060 



Appendix 



2830 



Ternary connexes, 1st order and 1st class, geo- 

 metrical significance of invariants. Pannelli, 

 M. G. Mt. 36 (1898) 81-. 



, 2nd order and 2nd class, in double 

 involution. Pannelli, M. G. Mt. 26 

 (1888) 1-. 



forms of 4th, 5th, 6th, 7th orders, equa- 

 tions arising from certain. Briosc'hi, F. I'm. 

 B. Ac. Line. T. 8 (1884) 164-. 



2070 



Application of symbolic calculus to quadrics. 



Garbieri, G. Yen. I. At. (1885-86) 943-. 

 Quadratic form in m variables, decomposition 



into sum of m-n squares. Benmt, . C. 



E. 101 (1885) 869-. 



forms, 2, and skew quartic curve. Westphal, 

 G. Mth. A. 13 (1878) 1-. 



2400 



Algebraic functions, representation, theorem of 

 Abel's. KiJnigsberger, . [1868] Mth. A. 

 1 (1869) 168-. 



Besolution of functions into conjugate factors. 

 Young, J. E. Ph. Mg. 34 (1849) 278-. 



2420 



Sturm's functions. Vidal, . [1886] I. 



Egypt. Bll. 7 (1887) 400-. 

 Sylvester's theorem, new version. Horner, J. 



[1867] QJ. Mth. 9 (1868) 221-. 



2430 



Equations, 3rd order. 



geometry. Bussell, R. [1893] Ir. Ac. P. 3 

 (1893-96) 170-. 



Polygonal and polyhedric coordinates, etc. 

 Sautreaux, F. Brux. Mm. Cour. 8, 36 

 (1884) No. 3, 14 pp. 



2440 



Fluctuating functions, numerical calculation 

 of roots. Rayleigh, John William Strutt 

 (Lord), (xi) L. Mth. S. P. 5 (1873-74) 119-. 



Numerical equations, separation of roots. 

 Vidal, . [1882] I. Egypt. Bll. 3 (*1883) 

 91-. 



.solution. Vidal, . [1880] I.Egypt. 



Bll. 1 (*1882) 3-. 



2450 



Equations, 5th order. 

 Guldberg, A. S. [1869] Christiania F. 12 



(1870) 308-. 



Solution, equation of icosahedron in. Klein, 

 C. F. Mil. I. Lomb. Ed. 10 (1877) 253-. 



Icosahedron. Klein, C. F. Erlang. Ps. Md. 



S. Sb. 9 (1877) 16-, 70-, 179- ; Mth. A. 12 



(1877) 503-. 

 Irreducibility of equation in division of circle. 



Arndt, F. Crelle J. 56 (1859) 178-. 



2460 



Equations representable by systems of three 

 points on curve. Ocagne, M. d\ Acta 

 Mth. 21 (1897) 301-. 



2800 



Bardwell, F. W. Kan. Ac. Sc. T. 3 (1874) (Re- 

 print, 1896) 94-. 



Application of theorem in analysis situs. 

 Busche, E. [1898] Hamb. Mth. Gs. Mt. 

 3 (1900) 333-. 



Function f(s) = Sn~ 8 , zeros. Piltz, . D. 

 Nf. Vh. (1891) (Th. 2) 15-. 



Functional theorem of Lagrange, extension. 

 Degen, C. F. (vi Adds.) Kiob. Ov. (1818- 

 19) 3-. 



Indeterminate equations and n-dimensional 

 geometry. Brunei, G. Bordeaux S. Sc. 

 Mm. 2 (1886) 129-. 



Laws of reciprocity, and sub-groups of arith- 

 metical group. Stouff, X. C. E. 116 (1893) 

 308-. 



Products of numbers, properties. Teixeira, 

 J. P. G. Teix. J. Sc. 14 (1900) 179-. 



2810 



Congruence x l = 1 (mod. M), roots, etc. Arndt, 

 F. Crelle J. 31 (1846) 259-. 



nx=n + I (mod. p). Graves, J. T. B. A. 

 Ep. (1856) (pt. 2) 1-. 



Congruences, linear, solution by binomial fac- 

 torial. Bouniakowsky, V. [1842] St Pet. 

 Ac. Sc. Mm. 5 (1844) 287-. 



, , of systems. Demeczky de Gyergyo- 

 szentmiklos, D. C. E. 88 (1879) 1311-. 



DIVISIBILITY. 



of numbers of form of 2 2m + l, new case 

 (Pervusin). Buniakovskij , V. Ja. St Pet. 

 Ac. Sc. Mm. (Rs.) 31 (*1878) 223-. 



Function entering into convergents of con- 

 tinued fractions, and roots of congruences 

 of first degree. Porcelli, 0. G. Mt. 10 

 (1872) 37-. 



2815 



INDETEEMINATE EQUATIONS. 



2 or 3 variables, having only finite number of 

 integral solutions. Maillet, E. C. E. 128 

 1383-. 



2830 



Congruences, 2nd degree. Bouniakowsky, V. 



[1830] St Pet. Ac. Sc. Mm. 1 (1831) 563-. 

 _, , solution. Tonelli, A. Gott. Nr. 



(1891) 344-. 



659 



