I have created several activities that I use with my high school students in Algebra I, Calculus, and Linear Algebra Classes. I have also developed additional assignments for ...

This submission presents an astronomical use of Mathematica, that can be extended to more general image processing problems. The description and motivation of the image ...

Mathematica provides many but not all statistical computing capabilities. When such capabilities are not provided, it is often easy to program these capabilities directly in ...

This pair of articles looks at converting one probability distribution into another by using the composition of a cumulative distribution function with a quantile function. ...

FRED, stands for Federal Reserve Economic Data, a database of 20,318 U.S. economic time series. This is a brief description, with some examples, of how to create a function ...

Riemann and Weyl curvature, covariant derivative, Lie derivative, the first and the second fundamental form on hyper-surfaces, as well as basic notions of relativistic ...

A simple transition from two-dimensional (2-D) handling of voltage clamp data to three dimensions (3-D) uncvered some stimulating relationships between the graphic ...

The Chasing package provides a tool for numerical solution of linear multipoint boundary value problems. It has syntax of the built-in Mathematica function NDSolve and ...

This package defines the functions ExactNumberQ and Realize. ExactNumberQ[expr] returns True for rational numbers and mathematical constants, and sums, products, and powers ...

Combines a traditional approach with the symbolic capabilities of Mathematica to explain the classical theory of curves and surfaces. Explains how to define and compute ...