Version 3.0 of Mathematica has complex algebraic numbers fully integrated into the system. We describe how algebraic numbers are represented and how they are used by other ...

The second book in the series, providing a practical introduction to linear algebra. Each chapter describes topical concepts and shows how Mathematica can be applied to ...

This example puts together everything you have learned about modal and modeless Java user interfaces. It implements the familiar dialog box mini-application in both modal and ...

In 1995, Ken Levasseur and I created a suite of packages called AbstractAlgebra that ran under Version 2.2 of Mathematica. This collection was intended as a pedagogical tool ...

Written for a standard first course in linear algebra, this text emphasizes development of analytical and computational skills. Worked examples are included, providing ...

This session is intended to acquaint users with a suite of packages whose focus is abstract algebra. These enable the user to define and work with groups, rings, fields, and ...

This note presents some nonevident ways for determining the colorability of a graph and the number of its colorings via algebraic manipulations of polynomials in many ...

A standard procedure for the orthormalization of functions is the Gram-Schmidt method. It can be implemented in computer algebra systems like Maple, Mathematica, or MUPAD in ...

RealTimeAlgebra is the first game written in Mathematica. This article describes what it is, how it works, and why it should be interesting even to people who think it's ...

A set of Mathematica projects designed to accompany a college level course in linear algebra. Application areas include linear least squares, eigenvalues, eigenvectors, ...