Mathematica® in Action

Problem Solving Through Visualization and Computation

3rd Edition

By Stan Wagon

Mathematica® in Action Cover Image

  • ISBN13: 978-0-3877-5366-9
  • 590 Pages
  • Publication Date: June 29, 2010
  • Available eBook Formats: PDF
  • eBook Price: $84.95
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Full Description
With the third edition of his popular Mathematica in Action, award-winning author Stan Wagon guides readers through the important changes that have been made to Mathematica 6.0. To utilize the more sophisticated graphics capabilities of 6.0, Wagon has significantly expanded the chapters on surfaces and the parametric plotting of surfaces. The chapter on differential equations now includes material from VisualDSolve , built into Mathematica 6.0. Like previous editions, this is not only an introduction to Mathematica 6.0, but also a tour of modern mathematics by one of the field’s most gifted expositors. Wagon explores some of the most important areas of modern mathematics with new chapters on optimization, including algebraic and numerical optimization, and linear and integer programming. Connections are also made to computer science with new material on graphs and networks. Wagon is the author of nine books on mathematics, including A Course in Computational Number Theory , named one of the ten best math books of 2000 by the American Library Association. He has written extensively on the educational applications of Mathematica, inlcuding the books VisualDSolve: Visualizing Differential Equations with Mathematica, and Animating Calculus: Mathematica Notebooks for the Laboratory. From Reviews of the Second Edition: 'The bottom line is that is an outstanding book containing many examples of real uses of Mathematica for the novice, intermediate, and expert user.' —Mark McClure, Mathematica in Education and Research Journal 'In a dazzling range of examples Stan Wagon shows how such features as animation, 3-dimensional graphics and high-precision integer arithmetic can contribute to our understanding and enjoyment of mathematics.' —Richard Walker, The Mathematical Gazette
Table of Contents

Table of Contents

  1. Preface.
  2. A Brief Introduction.
  3. Plotting.
  4. Prime Numbers.
  5. Rolling Wheels.
  6. Surfaces.
  7. Dynamic Manipulation.
  8. The Cantor Set, Real and Complex.
  9. The Quadratic Map.
  10. The Recursive Turtle.
  11. Parametric Plotting of Surfaces.
  12. Penrose Tiles.
  13. Complex Dynamics (by Mark McClure).
  14. Solving Equations.
  15. Optimization.
  16. Differential Equations.
  17. Computational Geometry.
  18. Check Digits and the Pentagon.
  19. Coloring Planar Maps.
  20. New Directions for pi. The Banach
  21. Tarski Paradox.
  22. The Riemman Zeta Function.
  23. Miscellany.
  24. References.
  25. Index.
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