Computing with Mathematica, Volume 1
Computing with Mathematica is a student-friendly courseware which equips students with the necessary tools to use Mathematica to solve problems in their engineering, physics, statistics, mathematics, or computer science courses. As a tutorial, students will benefit from learning on their own how to use Mathematica for problem solving in technical fields. The authors have designed an accessible interactive text which consists of twelve electronic Mathematica notebooks for computation and visualization. This is the ideal learning program for introducing students to computing with Mathematica and for investigating topics. Features: * Contains an interactive CD-ROM consisting of twelve notebooks for version 2.2 of Mathematica as well as for version 3.0 * Explores a variety of topics which encourage students to think in terms of functional programming instead of procedural programming * Offers a variety of mathematics and computer science examples and exercises * Presents varied mathematical applications for study * Includes The Student Projects Manual for Computing with Mathematica which offers descriptions of student projects and implementation suggestions
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access path Ackermann function adjacency matrix apply approximate argument binary relation binomial coefficients bisection method built-in functions Chinese Remainder Theorem circle Clear color complex context coordinates data file default value define a function definite integral delayed assignment digits disk evaluate EXERCISE expr file DATATXT FileNames folder graph graphics primitives HomeDirectory immediate assignment implementation initial input cell integer interval invocation iteration journal articles Linear Algebra list of numbers list processing functions ListPlot loop Mathematica packages mathematics Module nested Newton's method options output packages and notebooks parameter ParametricPlot Plot points polynomial Prerequisites This project printed project requires familiarity random range real number recursive definition recursive function references to textbooks returns the list RGBColor root sequence single specify square matrix string symbol TableForm Taylor polynomials tion trigonometric functions uBase uBisection uDouble uFlexVane uRandomMatrix uRoot variable vector field version 3.0 Write a function