This package provides Mathematica functions for resampling a statistic of a univariate random variable in parametric and nonparamteric modes and for computation of confidence ...

Various Matrix functions improved significantly in Mathematica 5.0. This slideshow presentation shows the improvements in Dot[], LinearSolve[], Eigenvalues[], ...

Use this module to practice writing the equations of trigonometric functions from their graphs. Press the button "new" for a new graph. Click the constants to change their ...

The general Tarasov function is fitted to the skeletal heat capacities of materials with widely different crystal structures. Examples are chosen from flexible macromolecules ...

Schroedinger's equation is numerically solved by calling an external subroutine from within Mathematica. By importing the Fortran subroutine (named SCHROED, which implements ...

In this paper we describe the Mathematica package FSolve.m for solving an important set of functional equations (as Cauchy, Jensen, Pexider, Sincov, D'Alembert, bisymmetry, ...

We present an analytical approach, based on computer algebra using Mathematica, to solve for the time-dependent responses of the earth's surface to the melting of the last ...

Gorishny, Kataev, Larin, and Surguladze have calculated the four-loop corrections to the QED Gell-Mann-Low function psi and also to the on-shell Callan-Symanzik Beta ...

This paper presents te boundary element solution for the transport problem in the tight-binding electron systems in the presence of uniform magnetic fields. The Green ...

Some of the results on the criteria for the existence of an analytic continuation into a domain of a function given on a part of its boundary obtained by one of the authors ...