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 ...

In the upeer-division theoretical physics courses, the student is taught the formalisms of the theories, the analytical techniques of problem-solving, and the physical ...

Mathematica for Physicists and Engineers provides the basic concepts of Mathematica for scientists and engineers, highlights Mathematica's several built-in functions, ...

This notebook illustrates one way of using Mathematica to solve some advanced theoretical mechanics problems using Lagrangian Mechanics. Typical application would be a robot ...

When are solved problems in physics and chemical engineering, often it is more convenient to transform their model equations in dimensionless form. The package presented here ...

A module of The Engineer's Toolkit which contains problems and solutions to help engineers become familiar with Mathematica as a problem-solving tool. Also included are ...

An expanded version of the original German language title. Shows how to solve physical problems and deal with their underlying theoretical concepts, while using Mathematica ...

The third book in the "Learning Mathematics with Mathematica" series. Explains the basic concepts of calculus with the aid of Mathematica. Covers the four main subjects of ...

Afundamental task in geodesy is solving systems of equations.Many geodetic problems are represented as systems of multivariate polynomials. A common problem in solving such ...

Applied Differential Equations: The primary Course presents a contemporary treatment of ordinary differential equations (ODEs) and an introduction to partial differential ...