Solutions and handouts handed out in class.
Wikipedia entry for linear algebra: en.wikipedia.org/wiki/Linear_algebra .
The $25,000,000,000 Eigenvector: The Linear Algebra Behind Google.
Some linear algebra resources maintained by Tom Shores at UNL.
Some Maple stuff would probably be useful. Here's some code I found lying around my computer account. As an example, you can cut and paste this stuff in:
with(linalg);
A:=matrix([[.1,.3,.7],[.4,.3,.1],[.5,.4,.2]]);
v:=matrix(3,1,[.2,.3,.5]);
w:=matrix(3,1,[.9,0,.1]);
evalm(A^20*v);
evalm(A^20*w);
(These are examples of Markov chains. If you want to have some fun, change the 20's to 20000's.... note the amount of time (at the bottom) each takes...)
A site called SOS Math at the Univ. of
Texas at El Paso offers pages of material on topics ranging from polynomial long
division, the quadratic formula, and trigonometric identities, to Taylor polynomials,
the Cauchy-Riemann equations, and Matrix algebra.
Another site covering similar material,
including solved homework problems for you to practice on, is kept in Belgium.
Dan Sloughter has a web page containing Java programs for visualizing various mathematical concepts. My favorite is one which will draw the Taylor polynomial approximations for y=sin(x) .