By Keit Oldham, Jan Myland, Jerome Spanier (auth.)

This moment variation of An Atlas of capabilities, with Equator, the Atlas functionality Calculator, presents entire info on numerous hundred capabilities or functionality households of curiosity to scientists, engineers and mathematicians who're excited about the quantitative features in their box. starting with basic integer-valued capabilities, the e-book progresses to polynomials, exponential, trigonometric, Bessel, and hypergeometric capabilities, and plenty of extra. The sixty five chapters are prepared approximately so as of accelerating complexity, mathematical sophistication being saved to a minimal whereas stressing software all through. as well as offering definitions and straightforward homes for each functionality, every one bankruptcy catalogs extra complicated interrelationships in addition to the derivatives, integrals, Laplace transforms and different features of the functionality. a variety of colour figures in - or 3- dimensions depict their form and qualitative positive aspects and flesh out the reader’s familiarity with the features. normally, the bankruptcy concludes with a concise exposition on an issue in utilized arithmetic linked to the actual functionality or functionality family.

Features that make the Atlas a useful reference software, but easy to take advantage of, include:

full assurance of these functions—elementary and "special”—that meet daily needs

a standardized bankruptcy structure, making it effortless to find wanted info on such points as: nomenclature, common habit, definitions, intrarelationships, expansions, approximations, limits, and reaction to operations of the calculus

extensive cross-referencing and complete indexing, with priceless appendices

the inclusion of leading edge software--Equator, the Atlas functionality Calculator

the inclusion of recent fabric facing fascinating functions of some of the functionality households, construction upon the favorable responses to comparable fabric within the first edition.

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**Additional resources for An Atlas of Functions: with Equator, the Atlas Function Calculator**

**Sample text**

All other Bernoulli numbers of even degree are positive rational numbers. The magnitudes of the Bernoulli numbers are modest up to about n 15, but beyond this |Bn| burgeons rapidly. For this reason, we have chosen a logarithmic scale for Figure 4-1, which depicts the magnitudes of all non-zero Bernoulli numbers up to n 116. Red points correspond to positive Bernoulli numbers and blue to negative. B. 1007/978-0-387-48807-3_5, © Springer Science+Business Media, LLC 2009 39 THE BERNOULLI NUMBERS Bn 40 for odd n, except when n 4:3 1.

2:14 27 of permutations (arrangements) of n objects, all different, is n!. If not all of the n objects are different, the number of permutations is reduced to n! ( n2 )! ( nJ )! where there are n1 samples of object 1, n2 samples of object 2, ###, nJ samples of object J, so that nj n. If from a group of n objects, all different, one withdraws m objects, one at a time, the number of variations (possible withdrawal sequences) is n! mdn 2:14:2 ( n m)! If one ignores the order of withdrawal, 2:14:2 is reduced to n!

Such logarithmic values are useful when n is large because n! itself is then prohibitively huge. ) is computed by simply taking the logarithm of the output from the routine described above. ). 2:9 LIMITS AND APPROXIMATIONS For large argument, the limiting formula 2:9:1 §n· n! o 2Sn ¨ ¸ ©e¹ n nof applies, e being the base of natural logarithms [Section 1:7]. The related approximation 2:9:2 n ° S § n · ½° n! | Round ®(1 12n) ¨ ¸ ¾ 72n © e ¹ ¿° ¯° is surprisingly good, and even exact, for small positive integers.