We apply the method by M. Sandri in order to determine the maximum Lyapunov exponent as well as all the Lyapunov exponents. Result can be compared to the Matlab code written ...

This article is designed for those interested in obtaining solutions for some non-linear equations using Mathematica. Here some complex equations are solved and graphed. The ...

An example of Bucky Numbers (fields isomorphic to the cyclotomic fields) and the Synergetics Coordinate System used to solve a problem normally solved by the LinearSolve ...

Two components are separated by liquid chromatography using the two-phase rate model and the stagewise model. Linear equilibrium is assumed for the stagewise model (notebook ...

The composite linear model software is a matrix approach to compute maximum likelihood estimates and asymptotic standard errors for models for incomplete multinomial data. It ...

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 ...

Solving nonlinear systems, especially algebraic polynomial systems, is a fundamental problem which occurs frequently in various models of science and engineering like ...

Basic treatment of differential equations. What you will find here: Samples of numerical solution of discrete difference equations. Samples of symbolic solution of systems ...

Two linear equations are solved with web-based interface. Problem solving steps are reduced by pattern matching. Without using FrontEnd execution, the kernel part only gives ...

KnoxPackages contains about 70 commands useful when teaching functions (precalculus), calculus, multivariable calculus and linear algebra. It also contains the beginnings of ...