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 About us   |   Why use us?   |   Reviews   |   PR   |   Contact us    Topic: Eulers formula in complex analysis Related Topics Complex number Exponential function Cosine Euler characteristic Trigonometric function Trigonometric identity CW complex The most remarkable formula in the world Taylor series E (mathematical constant) Real number Linear differential equation Leonhard Euler Probability amplitude Logical argument

 Euler 2007 Euler systems have been used successfully to prove analytic class number formulas, and to make progress on the Birch and Swinnerton-Dyer conjecture for elliptic curves. Euler is seen as someone who was an enormously energetic and resourceful pragmatist with a fairly limited grasp of foundational conceptions. Euler possessed a coherent mathematical philosophy that was reflected in his advocacy at the middle of the century of the separation of calculus from geometry, and was also expressed in his conception of the relationship of mathematics and physical science. www.euler-2007.ch /sympprog.htm   (1215 words)

 NationMaster - Encyclopedia: Real part Complex analysis is the branch of mathematics investigating holomorphic functions, i. Holomorphic functions are the central object of study of complex analysis; they are functions defined on an open subset of the complex number plane C with values in C that are complex-differentiable at every point. Categories: Complex numbers In mathematics, the imaginary part of a complex number z is the second element of the ordered pair of real numbers representing z, i. www.nationmaster.com /encyclopedia/Real_part   (497 words)

 PlanetMath: topic entry on complex analysis Complex analysis may be defined as the study of analytic functions of a complex variable. For instance, given a complex analytic function on some neighborhood of the real axis, the values of that function in the whole neighborhood will be determined by its values on the real axis. This is version 39 of topic entry on complex analysis, born on 2007-03-03, modified 2007-05-06. planetmath.org /encyclopedia/TopicEntryOnComplexAnalysis.html   (718 words)

 NationMaster - Encyclopedia: Euler's theorem Leonhard Euler started to use the letter e for the constant in 1727, and the first use of e in a publication was Euler's Mechanica (1736). Another possibility is that Euler used it because it was the first vowel after a, which he was already using for another number, but his reason for using vowels is unknown. Euler's formula, named after Leonhard Euler (pronounced oiler), is a mathematical formula in the subfield of complex analysis that shows a deep relationship between the trigonometric functions and the complex exponential function. www.nationmaster.com /encyclopedia/Euler's-theorem   (810 words)

 Mechanics - LoveToKnow 1911 As regards the configuration of this complex, consider a line whose shortest distance from the central axis is r, and whose inclination to the central axis is 0. This is the equation of 1 linear complex (cf. AB/T. The same formula applies if A, B be at different levels, provided k be the sag, measured vertically, half way between A and B. In relation to the theory of suspension bridges the case where the weight of any portion of the chain varies as its horizontal projection is of interest. www.1911encyclopedia.org /Mechanics   (21366 words)

 News | Gainesville.com | The Gainesville Sun | Gainesville, Fla.   (Site not responding. Last check: 2007-10-31) Euler's formula, named after Leonhard Euler, is a mathematical formula in complex analysis that shows a deep relationship between the trigonometric functions and the complex exponential function. It was Euler who published the equation in its current form in 1748, basing his proof on the infinite series of both sides being equal. Euler's formula can be used to represent complex numbers in polar coordinates. www.gainesville.com /apps/pbcs.dll/section?category=NEWS&template=wiki&text=Eulers_formula_in_complex_analysis   (933 words)

 Holomorphic function - Biocrawler   (Site not responding. Last check: 2007-10-31) Because complex differentiation is linear and obeys the product, quotient, and chain rules: the sums, products and compositions of holomorphic functions are holomorphic, and the quotient of two holomorphic functions is holomorphic wherever the denominator is non-zero. Cauchy's integral formula states that every holomorphic function is inside a disk completely determined by its values on the disk's boundary. A complex analytic function of several complex variables is defined to be analytic and holomorphic at a point if it is locally expandable (within a polydisk, a cartesian product of disks, centered at that point) as a convergent power series in the variables. www.biocrawler.com /encyclopedia/Holomorphic   (641 words)

 Eulers identity - ExampleProblems.com In complex analysis, Euler's identity is the equation Richard Feynman called Euler's formula (from which the identity is derived) "the most remarkable formula in mathematics". The number e is a fundamental in connections to the study of logarithms and in calculus (such as in describing growth behaviors, as the solution to the simplest growth equation dy / dx = y with initial condition y(0) = 1 is y = e www.exampleproblems.com /wiki/index.php?title=Eulers_identity&printable=yes   (420 words)

 More on Complex Numbers Complex numbers were first introduced in connection with explicit formulas for the roots of cubic polynomials. The conjugate of the complex number z corresponds to the transformation which rotates through the same angle as z but in the opposite direction, and scales in the same manner as z; this can be described by the transpose of the matrix corresponding to z. The study of functions of a complex variable is known as complex analysis and has enormous practical use in applied mathematics as well as in other branches of mathematics. www.artilifes.com /complex-numbers.htm   (3226 words)

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