Multivariable Calculus with Mathematica is a textbook addressing the calculus of several variables. Instead of just using Mathematica to directly solve problems, the students ...

The Chasing package provides a tool for numerical solution of linear multipoint boundary value problems. It has syntax of the built-in Mathematica function NDSolve and ...

The notebook simplex.ma contains a simplex command which produces a simplex tableau for a linear programming problem. Examples of its use to solve a standard maximization ...

Students will learn how to give the formula for Markup and calculate Markup when expressed in amount, percentage of cost, and percentage of selling price (both single step ...

A flying baseball in the air not only is subject to gravity's pull, it is also subject to air resistance. A spinning ball in addition to these two forces experiences a ...

This talk will outline new functionality in Mathematica 9 for expressing and numerically solving differential equations with discontinuities. Many common physical systems are ...

This package provides routines for tridiagonal matrices. Especially, TridiagonalSolve solves A . x == r for x, where A is an n x n tridiagonal matrix and r is a vector of ...

We use Mathematica to illustrate the applications of Jacobi elliptic functions to obtain the approximate solution of a two degree of freedom, undamped, homogeneous dynamical ...

Approximate solutions to the potential equation a in a simply-connected 2-dimensional domain D are found using the Method of Fundamental Solutions (MFS) with sources placed ...

The present work summarizes the theory and describes the algorithm related to an open-source mixed symbolic-numerical computational code named unified integral transforms ...