3220 



165 



324» 



StekloflF, W. Remarque relative a ma 

 note sur la representation approchee 

 des fonctions. Paris, C.-R. Acad, sci., 

 135, 1902, (1311-1313). 



Takagl, T[eiji]. A simple example of 

 the continuous function without deriva- 

 tive. Tokyo, Su. Buts. Kw. K. G., 17, 

 1903. (176-177). 



Trachtenburg, H. L. On the proof of 

 Riemann's theorem on semi-convergent 

 series. Math. Gaz., London, 2, 1903, 

 (361-362). 



Van Vleck, Edward Burr. On an 

 extension of the 1894 memoir of Stieltjes. 

 New York, N.Y., Trans, Amer. Math. 

 Soc, 4, 1903, (297-332). 



Walter, Alois. Cber den Cauchy- 

 Hadamaru'schen Satz vom Comergenz- 

 radius ; nebst einer Darstellung der 

 Dedek ind'schen Irrationalzalilentheorie. 

 MonHfte Math. Phvs., Wieu, 12, 1901, 

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Young, William Heiny. On non- 

 uniform convergence and term-by-term 

 integration of series. London, Proc. 

 Math. Soc, (Ser. 2), 1, 1903, (89-102). 



On the distribution of the 



points of uniform convergence of a series 

 of functions. London, Proc. Math. Soc, 

 (Ser. 2), 1, 1904, (356-360). 



3230 PRINCIPLES AND ELE- 

 MENTS OF THE DIFFERENTIAL 

 CALCULUS. 



Davis, Ellerv W. Kiepert's Calculus, 

 New York, N.Y., Bull. Amer. Math. Soc , 

 (Ser. 2), 8, 1902, (412-418), 



Freund, Emil, Elemente der Differen- 

 tial- und Integral rechnmig. Jahres- 

 Bericht d. deutsch. Realschule in Pilsen. 

 Pilsen, 29, 1902, (3-35). 



Elemente der Differential- 



und Integralrechnung. Jahres-Bericht 

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 29, 1902, (3-35). [3230]. 



Gibson, George A[lexander]. An 

 elementary treatise on the calculus, with 

 illustrations from geometry, mechanics 

 and phvsics. London & New York 

 (Macmilian & Co., Ltd.), 1901, (XIX + 

 459, Avith diagr.). 19 cm. 



Godefroy, Maurice. Principe de la. 

 theorie des fonctions derivables, d'apre» 

 N. Kowalewski. Enseign. math., Paris, 

 4, 1902, (397-406). 



Hathaway, Arthur S[taffordl. A primec 

 of calculus. New York, London (Mac- 

 milian & CO.), 1901, (viii 4- 139). 

 19 cm. 



Lagrange, Ch. Sur Finfiniment petit 

 absolu. Enseign. math., Paris, 4, 1902,, 

 (172-174). 



Moritz, Robert E. Generalization qL 

 the differentiation process. Baltimore,. 

 Md., Amer. J. Math., 24, 1902, (257-302). 



Quotientiation, an extension. 



of the differentiation process, Lincoln,, 

 Pub. Nebr. Acad. Sci., 7, 1901, (112-117).. 



Pincherle, S. Sulle derivate ad iiidicer 

 qualunque. Bologna, Mem. Ace sc,. 

 (Ser. 5), 9, 1901-1902, (745-758). 



Snyder, Virgil and Hutchinson, John 

 Irwin. Differential and integral calculus, 

 (The modern mathematical series). New- 

 York, Cincinnati [etc], (American book. 

 CO.), [1902], (XVI -I- 320). 21 cm. 



3240 TAYLOR'S SERIES, MAXIMA 

 AND MINIMA ; OTHER 



ANALYTICAL APPLICATIONS 

 OF THE DIFFERENTIAL. 

 CALCULUS. 



Brown, Ernest William. On the-^ 

 formation of the derivatives of the lunar 

 coordinates with respect to the elements. 

 New York, N.Y., Trans. ^Vmer. Math- 

 Soc, 4, 1903, (234-248). 



Desaint, L. Theoremes generaux sur 

 les points singuliers des fonctions donnes. 

 par une serie de Tavlor. J. math., Paris,, 

 (ser. 5), 8, 1902, (433-451). 



Jackson, Frank Hilton. Forms o£' 

 Maclaurin's theorem. London, Proc 

 Math. Soc, (Ser. 2), 1, 1904, (351-355). 



James, G. 0, Note on the projections 

 of the absolute acceleration in relative 

 motion. New Yoik, N.Y., Bidl. Amer.. 

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Krause, M. J. Sur une formule som- 

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 deux variables, Paris, C.-R. Acad, sci., 

 135, 1902, (1045-1048). 



