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Fourier serial publication and Their Applications Rui Niu May 12, 2006 Abstract Fourier serial be of mutual importance in both theoretical and ap& timid; plied mathematics. For orthonormal families of unconnected& unsure(p); compulsioned functions {φn }, Fourier Series be resume totals of the φn that can approximate periodic, entangled& uncertain;valued functions with dictatorial precision. This paper will focus on the Fourier Series of the mingled exponentials. Of the many possi­ ble methods of estimating complex­valued functions, Fourier series are especially attractive because uniform convergence of the Fourier series (as more terms are added) is guaranteed for continuous, bounded functions. Furthermore, the Fourier coefficients are intimate to minimize the square of the error from the actual function. Finally, complex exponentials are relatively simple to deal with and ubiquitous in face-to-face phenomena. This paper first de@ 257;nes generalized Fourier series, with an emphasis on the se­ ries with complex exponentials. Then, important properties of Fourier series are described and proved, and their relevance is explained. A com­ plete example is then given, and the paper concludes by briefly mentioning some of the applications of Fourier series and the generalization of Fourier series, Fourier transforms.

1 gateway and priming coat Information In the mid­eighteenth century, physical problems such(prenominal) as the conduction pat­ terns of heat and the examine of vibrations and oscillations led to the st udy of Fourier series. Of central affair wa! s the problem of how commanding legitimate­valued functions could be represented by sums of simpler functions. As we shall see later, a Fourier series is an infinite sum of trigonometric functions that can be use to model real­valued, periodic functions. We shall begin by giving a brief description of the trigonometric polynomials, and especially of their relation to the complex exponentials. Let us define:...If you want to get a full essay, order it on our website: BestEssayCheap.com

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