Titlebook: Mathematical Methods for Engineering and Science; Merle C. Potter,Brian F. Feeny Textbook 2023Latest edition The Editor(s) (if applicable)

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Laplace Transforms,larly useful in solving nonhomogeneous equations that result when modeling systems involving suddenly applied impulsive inputs, or discontinuous, periodic input functions, such as was done with the Fourier series in Chap. . It is not necessary, however, when using Laplace transforms that a homogeneo

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Vector Analysis,n the introduction of vector analysis into several courses. The use of vector analysis comes rather naturally, since many of the quantities encountered in the modeling of physical phenomena are vector quantities; examples of such quantities are velocity, acceleration, force, electric and magnetic fi

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Numerical Methods,are encountered for which the describing differential equations are extremely difficult, if not impossible, to solve analytically. Fortunately, since the latter part of the 1950s, the digital computer has become an increasingly useful tool for solving differential equations, whether they be ordinary

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