Calculus&Mathematica lessons are the foundation for internet-based remote instruction. The key to success is the interactive lesson format and strong communication among ...

Using C-code communicating with Mathematica via Mathlink, this package solves the undamped pendulum in a Hamiltonian formulation using a variety of Runge-Kutta algorithms ...

The theory of Gröbner bases is the basis of Mathematica's Solve and related functions. This article gives an introduction to the theory via three applications: solving ...

The Mathematica notebook, Spirograph.nb, defines the function spirograph[p, q, a], which displays the spirograph design formed by an outer wheel of radius one and an inner ...

Soap films can exhibit sudden changes analogous to phase transitions, and these changes can be animated using the software package Mathematica. Examples are shown here. In ...

A general approach of the automated algorithms for derivation of amplitude equations for dynamical and distributed systems is presented. A brief description of the ...

Basically all animations in Mathematica consist of a sequence of plots which when rendered in rapid succession give the appearance of motion. The easiest way to create an ...

The Parallel Computing Toolkit is a Mathematica add-on that allows users to develop and run parallel computations. It provides a high-level language for expressing parallel ...

The paper provides a simplified derivation of the density of the sum of independent non-identically distributed uniform random variables via an inverse Fourier transform. We ...

The Numerical Computation Workshop will give participantsa chance to experiment with using the extensive numericalcomputation features of Mathematica to experiment with ...