Final
exam: will be on Thursday, May 16,
1:30-3:30 in room MTH0407.
No calculators allowed!
[y1s,y2s] = solve(G(1),G(2),y1,y2) does not work. Use
[y1s,y2s] = solve(2*G(1),G(2),y1,y2) instead. Note that for
problem 2(a) this does not give you all critical points
with 0 
y1 
, you should
find the critical points by hand.[V,D]=eig(sym([a11,a12;a21,a22])) . The
columns of the matrix V are the eigenvectors, the diagonal
elements of the matrix D are the eigenvalues.Read the section ``Working with Matlab'' in the Matlab supplement. Printouts of interactive input at the Matlab prompt will not be accepted. Solutions must be prepared in the following format:
For each problem hand in
problemX.m containing the Matlab
commands, and comments answering the questions asked in the problem. Also
include comments for each plot command indicating which of the attached
graphics it produced.problemX.txt containing the lines
of problemX.m together with the corresponding Matlab output
(produced by using the Matlab diary command)problemX.m so that it is clear
which Matlab command produced which graphic.
(On Glue, WAM typing print figXY.ps in Matlab produces a
postscript file figXY.ps of the current figure which you can
then send to the printer.)
problemX.mAn example for the correct format are the solutions for Problem set A.
You are expected to read these documents carefully and try out the explained commands and examples on the computer (you can copy and paste the commands from the browser into the Matlab window).
For time and location check the Matlab Tutoring Schedule. The tutor will not do the problem sets for you, but only help with technical questions about the computers and Matlab.