Mathematica notebooks for differential equations keyed to the textbook "Fundamentals of Differential Equations, Third Edition" by R. Nagle and E. Saff, Addison-Wesley, ...

Mathematica code is presented for solving the linear programming problem max(cx|Ax=b, x0) using an interior-point projective scaling method.

An example from a study of clam populations shows how Mathematica can help scientists who wish to view large data sets in imaginative ways.

Using a simplified model of balls and springs for vibrations in a NaCl type crystal results in a non-trivial problem; however, Mathematica allows for a straightforward ...

Three examples are given of Mathematica programs that use replacement rules rather than procedural constructs. The diversity of the applications demonstrates the power and ...

The authors present two examples of the application of the Multiple Scales solution procedure to single-degree-of-freedom systems (the pendulum equation, and Duffing ...

The author brings the symbolic, numeric and graphic capabilities of Mathematica to bear on Riemann surfaces. The result is an illuminating catalog ranging from simple to ...

From set theory to cellular automata and science fiction, he has been there. Readers of Mathematica in Education get a peek into the mind and life of Rudy Rucker.

Using elementary vector calculus and linear algebra, the authors obtain formulas for the Mercator and Lambert projections. The inherent distrtion of these projections is ...

If you wish to Export a table from Mathematica and maintain the table formatting you will need to use a few tricks. This notebook illustrates how to handle the problem.