A first course in scientific computing : symbolic, graphic, and numeric modeling using Maple, Java, Mathematica, and Fortran90 / Rubin H. Landau ; contributors, Robyn Wangberg,... Kyle Augustson,... M. J. Páez... [et al.]
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Bibliogr. p. [471]-475. Index
Introduction Part.1. Maple (or mathematica) by doing Getting started with Maple Numbers, expressions, functions; rocket golf Visualizing data, abstract types; electric fields Solving equations, differentiation; towers Integration; power and energy usage (also 14) Matrices and vectors; rotation Searching, programming; dipsticks Part. 2. Java (or Fortran90) by doing Getting started with Java Data types, limits, methods; rocket golf Visualization with Java, classes, packages Flow control via logic; projectiles Java input and output Numerical integration; power and energy usage Differential equations with Java and Maple Object-oriented programming; complex currents Arrays: vectors, matrices; rigid-body rotations Advanced objects; baton projectiles Discrete math, arrays as bins, bug dynamics 2-D arrays: file I/O, PDEs; realistic capacitor Web computing, applets, primitive graphics Part. 3. LATEX survival guide LATEX for text LATEX for mathematics