Introduces algebra for students in engineering, computer science, physical sciences, industry, and finance, and demonstrates how software can be used as a problem-solving tool for algebra. First introduces permutation groups and linear groups before tackling abstract groups, then goes on to cover Galois theory and Galois groups as symmetry groups. Mathematica is integrated throughout in examples and exercises. Mathematica notebooks and their equivalent Maple worksheets are available for downloading. The author teaches mathematics at the University of Toronto, Canada. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Adequate texts that introduce the concepts of abstract algebra are plentiful. None, however, are more suited to those needing a mathematical background for careers in engineering, computer science, the physical sciences, industry, or finance than Algebra: A Computational Introduction. Along with a unique approach and presentation, the author demonstrates how software can be used as a problem-solving tool for algebra.
A variety of factors set this text apart. Its clear exposition, with each chapter building upon the previous ones, provides greater clarity for the reader. The author first introduces permutation groups, then linear groups, before finally tackling abstract groups. He carefully motivates Galois theory by introducing Galois groups as symmetry groups. He includes many computations, both as examples and as exercises. All of this works to better prepare readers for understanding the more abstract concepts.
By carefully integrating the use of Mathematica® throughout the book in examples and exercises, the author helps readers develop a deeper understanding and appreciation of the material. The numerous exercises and examples along with downloads available from the Internet help establish a valuable working knowledge of Mathematica and provide a good reference for complex problems encountered in the field.
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