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Introductory Modern Algebra

8,599.00

A Historical Approach

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ISBN: 9780470876169 Categories: ,

<b>Praise for the <i>First Edition</i></b> <p>”Stahl offers the solvability of equations from the historical point of view…one of the best books available to support a one-semester introduction to abstract algebra.”<br /> —<i>CHOICE</i></p> <p><i>Introductory Modern Algebra: A Historical Approach, Second Edition</i> presents the evolution of algebra and provides readers with the opportunity to view modern algebra as a consistent movement from concrete problems to abstract principles. With a few pertinent excerpts from the writings of some of the greatest mathematicians, the <i>Second Edition</i> uniquely facilitates the understanding of pivotal algebraic ideas.</p> <p>The author provides a clear, precise, and accessible introduction to modern algebra and also helps to develop a more immediate and well-grounded understanding of how equations lead to permutation groups and what those groups can inform us about such diverse items as multivariate functions and the 15-puzzle. Featuring new sections on topics such as group homomorphisms, the RSA algorithm, complex conjugation, the factorization of real polynomials, and the fundamental theorem of algebra, the <i>Second Edition</i> also includes:</p> <ul> <li>An in-depth explanation of the principles and practices of modern algebra in terms of the historical development from the Renaissance solution of the cubic equation to Dedekind’s ideals</li> <li>Historical discussions integrated with the development of modern and abstract algebra in addition to many new explicit statements of theorems, definitions, and terminology</li> <li>A new appendix on logic and proofs, sets, functions, and equivalence relations</li> <li>Over 1,000 new examples and multi-level exercises at the end of each section and chapter as well as updated chapter summaries</li> </ul> <p><i>Introductory Modern Algebra: A Historical Approach, Second Edition</i> is an excellent textbook for upper-undergraduate courses in modern and abstract algebra.</p>