[B.3] Web sites
There are thousands of independent TI calculator web sites. These are the best. In my opinion, of
course.
Visual Mathematics Illustrated by the TI-92 and the TI-89
http://www.imaxx.net/~gdorner/visual/
http://206.67.72.201/catalog/np/feb00np/2-287-59685-2.html
These two sites describe an excellent mathematics book written by George Dorner, Jean Michel
Ferrard, and Henri Lemberg, and published by Springer-Verlag. As far as I know, this is the only
'advanced' mathematics book for the 89/92+. From the description:
Here is a selection of basic and advanced mathematics, unified by common themes and supported by
graphical and formal calculations provided by the TI-92, the TI-92 Plus, and the TI-89 graphing
calculators.
The topics of mathmatics covered are those of higher level university courses for students of
mathematics, computer science, physics, engineering and other sciences...
Topics covered are in the fields of classical analysis and linear algebra, and in the overlap of the two.
Chapters are devoted to discrete dynamical systems, differential equations, Fourier series, and
approximation and interpolation theory.
This book is expensive, but worth it. If you don't care to buy it for yourself, you could ask your
school or local library to purchase it. It is a thorough, involving and accessible introduction to
many fascinating and useful areas of mathematics.
Stephen Byrne's List of TI sites
http://www.rit.edu/~smb3297/ti/
A nice list of TI oriented sites categorized by math and engineering topics.
Olivier Miclo's ti-cas site
http://www.ti-cas.org/
One of the premium math sites. Emphasis on calculus, trigonometry, matrices and polynomials.
Too much good stuff for me to summarize!
Roberto Perez-Franco's Symbulator site
http://sq.calc.org
Here you can get the most powerful programs available for the 89/92+. Symbulator; a symbolic
circuit simulation program. Diffeq; Lars Frederiksen's differential equation solver, includes
solutions to multiple differential equations. Advanced LaPlace: another solid piece of work by Lars
which solves for LaPlace transforms and inverses. Also: Fourier transform programs, state space
program, discrete Fourier transform and inverse. You can also get Lars' RPN program here, which
implements an RPN interface for the HW1 89/92+.
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