The combination of Mathematica's high algebraic capacity and method of generating functions is becoming an extremely efficient tool in probability theory and statistics. ...

Laplace's equation can be solved numerically and very conveniently with Mathematica by the use of symbolic interpolation. Here we solve Laplace's equation in two dimensions ...

SASImport is a MathLink-based executable that you can install in your Mathematica notebooks, which allows you to import any SAS data set. It does not require SAS to be ...

This item contains a patch to the Pentium FDIV bug. This patch was created by Wolfram Research, Inc. This item also contains a Mathematica notebook that presents an in-depth ...

This paper describes the mathematical background of the DSolve and PDSolve1 Mathematica packages for solving nonlinear differential equations symbolically. The scope and ...

The integrated numerical and graphical computer environment provided by Mathematica gives introductory calculus students tools to experiment with mathematical ideas, thereby ...

An alternative method is proposed to calculate light bending and time delay in weak and strong gravitational fields. This approach is elementary, straightforward and uses ...

The combination of TeX and PostScript makes a powerful system for desktop publishing. This article explains an easy way to import PostScript graphics generated by Mathematica ...

In this paper, we will consider envelopes of several types of one parameter families of curves in the first quadrant with a constant arc length. One can use Mathematica to ...

This short note contains a simple example of how Mathematica can be used to solve a problem that is fundamentally graphical in nature. It is excerpted from the Graphics ...