Designed for the three-semester calculus course. Features Mathematica notebooks on diskette for symbolic manipulation and graphics generation. Includes separate Scientific ...

The programming features of Mathematica allow one to augment this symbolic computing package with a variety of data analysis tools. Shown here are brief programs for kernel ...

This is the only book written by a geologist specifically to show geologists and geoscientists how to use Mathematica to formulate and solve problems. It spans a broad range ...

A primer on fundamental statistical techniques in Mathematica.

What if programming in Mathematica were as simple as entering a Wolfram|Alpha query? What if all the data contained in Wolfram|Alpha results were natively accessible from ...

For students as well as experienced practitioners who would like to explore quantum physics using Mathematica. Divided into two parts: Systems in One Dimension and Quantum ...

This lab manual is designed as a companion text for David W. Cohen and James M. Henle's textbook, Calculus: The Language of Change. It provides numerous labs, projects, and ...

Compact (4" x 8.5") overview of Mathematica commands and functions. Contains extensively cross-referenced listing of all commands in Mathematica Version 2, including commands ...

Shows how to use Mathematica to solve a wide range of problems in electrical engineering. Presents an overview of electrical engineering problems and solution methods, also ...

The computer program ‘Fecom.nb’ implementing the Fedosov ∗-product in Darboux coordinates is presented. It has been written in Mathematica 6.0 but it can be easily ...