The notebook simulates successive first-order reversible reactions. The steady state and the transient solutions are plotted.

This notebook includes a demonstration of the variants of the Josephus problem and proves the recursive relation with Mathematica.

Notebooks provide a sophisticated interface for Mathematica on Macintosh and NeXT computers but nothing similar exists for other systems. The standard Mathematica interface ...

Numerical procedures for obtaining the root systems of both classical and exceptional Lie algebras are slow and tedious when done by hand. This is a contribution in the field ...

Mathematica has unprecedented calculus capabilities. This notebook shows a few of the integrals, sums and products that it can do.

The Mathematica notebook, WaterDrop.nb, contains an animation sequence depicting a drop of water falling into a pool.

This is an interesting Mathematica notebook which shows two simple examples of Variational calculus in Electromangentism and Schrodinger's Equation.

This notebook explains how to make a density plot on a sphere, and how to program a color function for doing so.

This notebook illustrates how to construct contour lines on a saddle plotted using ParametricPlot3D.

This notebook describes how to construct a plot line with continuously changing colors rather than a static color.