Engineering Mathematics, 5th edition

Published by Pearson Education (July 26, 2017) © 2017

  • Anthony Croft Loughborough University, UK
  • Robert Davison
  • Martin Hargreaves Chartered Physicist
  • James Flint University of Loughborough
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Engineering Mathematics is the unparalleled undergraduate textbook for students of electrical, electronic, communications, and systems engineering. This widely used text, now in its 5th Edition, takes on an applications-focused approach to ensure a deep and practical understanding.

  • Chapter 1 Review of algebraic techniques
  • Chapter 2 Engineering functions
  • Chapter 3 The trigonometric functions
  • Chapter 4 Coordinate systems
  • Chapter 5 Discrete mathematics
  • Chapter 6 Sequences and series
  • Chapter 7 Vectors
  • Chapter 8 Matrix algebra
  • Chapter 9 Complex numbers
  • Chapter 10 Di erentiation
  • Chapter 11 Techniques of di erentiation
  • Chapter 12 Applications of di erentiation
  • Chapter 13 Integration
  • Chapter 14 Techniques of integration
  • Chapter 15 Applications of integration
  • Chapter 16 Further topics in integration
  • Chapter 17 Numerical integration
  • Chapter 18 Taylor polynomials, Taylor series and Maclaurin series
  • Chapter 19 Ordinary di erential equations I
  • Chapter 20 Ordinary di erential equations II
  • Chapter 21 The Laplace transform
  • Chapter 22 Di erence equations and the z transform
  • Chapter 23 Fourier series
  • Chapter 24 The Fourier transform
  • Chapter 25 Functions of several variables
  • Chapter 26 Vector calculus
  • Chapter 27 Line integrals and multiple integrals
  • Chapter 28 Probability
  • Chapter 29 Statistics and probability distributions
  • Appendix I Representing a continuous function and a sequence as a sum of weighted impulses
  • Appendix II The Greek alphabet
  • Appendix III SI units and prefixes
  • Appendix IV The binomial expansion of (n−N)/nn
  • Index

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