1. An invitation to Sage (a short paper based on several of the talks listed on the wiki).
2. Fourier series using SAGE Detailed examples (with one exercise) of computing Fourier series coefficients and plots of piecewise polynomial functions.
3. discrete Fourier transforms using SAGE. Detailed examples (with one worked exercise) of computing discrete Fourier transforms using SAGE.
4. cool function plots.
5. Lecture notes (hypertext pdf and complete latex source in a tarball) on introductory differential equations using SAGE.
6. Granville's (public domain) Calculus 1 part of his text is now latexed and integrated with Sage.
7. A draft of a Calculus 2 (based on latexed notes by William Stein and typed lectures by Dale Hoffman) is in latex and integrated with Sage.
8. Computational Fourier Transforms class notes (110 page pdf or html) for a course taught spring 2007 using James Walker, Fast Fourier transform, 2nd ed, CRC Press, 1996.
9. Some Sage worksheets for teaching (posted here because it they are open-source licensed or by permission).
10. A predator-prey example, with the phase-portrait plot and the (t,x) plot.
11. A grade script and examples, if you want to use Sage to help you prepart individual student grade reports.

All these notes are licensed under the Attribution-ShareAlike Creative Commons license. All SAGE code is licensed under the GPL, version 2 or later.