These notebooks provide the complete code used to generate the results on the poster "Solving the Quintic with Mathematica."

The course concentrates on the equation-solving facilities of Mathematica including solving algebraic equations with Solve as well as solving differential equations with ...

A code tutorial of Mathematica functions using methods from Java Swing to create a visual application to analyze the solutions and errors computed by the Mathematica function ...

The present notebook shows how one can solve a system of nonlinear algebraic equations using NDSolve. The solution to the algebraic equations is indeed the steady state ...

Many computer algebra systems (CASs) include ready-to-use numerical initial-value problem (IVP) solvers. However, even experienced mathematical scientists have fallen into ...

We solve an adsorption problem (adsorption of acetone in air using clean charcoal) using the solution of a Riccati equation. We find that approximately 3.45 plates are needed ...

The NDSolve command in Mathematica solves initial-boundary value partial differential equation problems using the numerical method of lines. The method of lines works by ...

We solve a binary distillation problem using the solution of a Riccati equation. We find that four plates are needed to achieve the desired product purity. We also compute ...

We describe collaborative constraint functional logic programming and the system called Open CFLP that supports this programming paradigm. The system solves equations by ...

Also available in Japanese http://library.wolfram.com/howtos/equations/index.ja.html