Engineering Mathematics 1
by Ian Craw, Stuart Dagger, John Pulham
Number of pages: 187
The aim of this course is to continue the introduction of elementary mathematical ideas useful in the study of Engineering, laying particular emphasis on algebraic structure and methods. The text covers the derivative, rates of change, maxima and minima, integration, reduction formulas, complex numbers, matrices, approximation and Taylor series, and differential equations.
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by H.W. March, H.C. Wolff - McGraw-Hill
Calculus for technical students. Integration with the determination of the constant of integration, and the definite integral as the limit of a sum, are given following the differentiation of algebraic functions and before transcendental functions.
by Jared Schlieper, Michael Tiemeyer - GALILEO, University System of Georgia
Calculus textbook with a typical schedule and content of the calculus sequence. Contents: Introduction to Calculus; Limits; Derivatives; Applications of Derivatives; Integration; Topics of Integration; Integration Applications; Sequences and Series.
by Andrew D. Hwang - Holy Cross
The author presents beautiful, interesting, living mathematics, as informally as possible, without compromising logical rigor. You will solidify your calculational knowledge and acquire understanding of the theoretical underpinnings of the calculus.
by Virgil Snyder - American book company
The derivative is presented rigorously as a limit. Maxima and minima are discussed as the turning values in the variation of a function. The related theories of inflexions, curvature, and asymptotes receive direct and comprehensive treatment.