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Course materials
By now, we've got a fairly complete suite of supporting
materials for Iode, but we still need to develop more projects for
students to work on. We're eager to hear any feedback you might
have.
- Computer projects and labs.
All labs and projects are available under the
GNU Free Documentation License.
- Lab I (direction fields)
(PostScript (207 k),
pdf (80 k)).
This document introduces students to directions fields, using Iode.
- Project I (direction fields)
(PostScript (307 k),
pdf (103 k)).
This project further develops students' understanding of direction fields.
- Lab II (numerical methods)
(PostScript (359 k),
pdf (130 k)). This
document introduces students to numerical methods, using Iode. It
is intended as support for a lab session that introduces the second
project.
- Project II (numerical methods)
(PostScript (209 k),
pdf (76 k)).
This project is supposed to give
students a better understanding of numerical methods.
- Lab/Project III (mechanical vibrations)
(PostScript (189 k),
pdf (73 k)).
- Lab/Project III (old version)
(PostScript (164 k),
pdf (64 k)).
- Lab/Project IV (Fourier series)
(PostScript (178 k),
pdf (79 k)).
- Lab/Project V (Fourier series, again)
(PostScript (172 k),
pdf (67 k)).
- Lab/Project VI (partial differential equations)
(PostScript (139 k),
pdf (50 k)).
- Some additional materials,
not necessarily pertinent to Iode.
- A neat little homework problem involving basic mechanics
(PostScript (76 k),
pdf (19 k)).
- An alternative approach to the method of undetermined
coefficients, using annihilators
(PostScript (135 k),
pdf (51 k)).
- A note on the orthogonality of eigenfunctions
(PostScript (122 k),
pdf (41 k)).
- Homework problem on solving large linear systems, using Matlab
or Octave
(PostScript (176 k),
pdf (71 k)).
- A zip archive
containing all the LaTeX materials listed here
(Unix (2797 k),
Windows (2644 k)). This archive also
contains all figures included in the documents above, as well as a copy of the
GNU Free Documentation License.
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