The DSolve function provides exact solutions for a variety of ordinary differential equations, partial differential equations and differential-algebraic equations. We will ...

The author shows how one can compute the concentration profile and mass flux for the unsteady diffusion problem in spherical coordinates. Two methods are used for this ...

In the present notebook, we show how one can make kinetic parameters’ determination using FindMinimum and experimental data. To do so, measured substrate concentrations ...

A systematic approach for the algorithmic formulation and implementation of mathematical operations in computer algebra programming languages.The viewpoint is that ...

Package contains two functions. SemiIntegrateList and FractionalIntegrateList. FractionalIntegrateList fractionally integrates vector data or {x,y} data. SemiIntegrateList ...

Students will be able to recognize from the equation whether the polar function is a rose curve, lemniscate, limaçon, or a circle, and determine information about the polar ...

This paper deals with a special class of 6th order surfaces with a quadruple straight line in a three-dimensional Euclidean space. These surfaces, denoted by P6 4 , are the ...

Visualization and Mathematics III grew out of the third international workshop, "Visualization and Mathematics," in Berlin--May 22-25, 2002. A collection of state-of-the-art ...

This paper concentrates on iterative methods for obtaining the multiple roots of nonlinear equations. Using the computer algebra system Mathematica, we construct an iterative ...

We cast the Jacobi identity for continuous fields into a local form which eliminates the need to perform any partial integration to the expense of performing variational ...