OlnessZimmermanBook.uu (296.4 KB) - Complete Supplement - Unix Format - A self-unpacking uuencoded, compressed, tar file (399.8 KB) - Complete Supplement - Macintosh Format - A self-unstuffing BinHex file
Notes and errata (1.2 KB) - Unknown MIME type TableOfContents.txt (14.1 KB) - Brief TOC in ASCII Text formĭetailed_toc.pdf (34.6 KB) - Detailed TOC in PDFĭetailed_toc.txt (12.1 KB) - Detailed TOC in ASCII Text ReadMe_Legal.txt (1.6 KB) - Legal disclaimer The book assumes some familiarity with Mathematica, but the focus is on physics rather than on rudimentary Mathematica techniques.Įlectronic supplements, Mathematica book information, publications, text book, Physics, Mathematics, Mechanics, Oscillations, Nonlinear, Problems, Fractals, Chaos, Lagrangians, Hamiltonians, Electricity and Magnetism, Quantum, Mechanics, Special, Relativity, General Relativity The experimental activities included are designed to deepen and broaden the reader's understanding of physics. This revised and updated book is intended for undergraduates, graduate students, and practicing physicists who want to learn new Mathematica techniques for solving a general class of physics problems.
Getting Started | General Physics | Oscillating Systems | Nonlinear Oscillating Systems | Discrete Dynamical Systems | Langrangians and Hamiltonians | Orbiting Bodies | Electrostatics | Quantum Mechanics | Relativity and Cosmology | Index
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