Spring Quarter 2008
PLEASE: when using public computer labs (Kenna, Nobili,
or O'Connor), remember that there are others in the room and that
the NOISE LEVEL should be kept appropriately LOW! ALSO, in O'Connor,
please remember that faculty offices are very near the computer lab
and that loud discussion can adversely affect faculty working with
students in their offices nearby.
General Information
Announcements Regarding Specific Dates
- Wed, Apr 30, 2008, Midterm I.
- Midterm I Study Page
- Wed, May 21, 2008, Midterm II.
- Midterm II Study Page
- Mon May 26, 2008, Memorial Day Holiday (No class).
- Thurs Jun 12, 2008, Final, 1:30-4:30pm.
- Final Exam Study Page
Programs, Written Homework
Programs
NOTE: When doing programming assignments on the
departmental Unix/Linux server, I suggest that you create a
subdirectory for this course (named, e.g., csma166). It can
also help organization to create a
new subdirectory for each program, along with a
new makefile (if you use makefiles).
This can simplify keeping track of code and avoid
conflicts with older files.
- Machine Problem 1, Due: Wed, Apr 16, 2008
- Machine Problem 2, Due: Fri, Apr 25, 2008
- Wed, Apr 30, Midterm I
-
Machine Problem 3, Due: Fri, May 2, 2008
-
Machine Problem 4, Due: Fri, May 16, 2008
- Wed, May 21, Midterm II
-
Machine Problem 5, Due: Fri, May 30, 2008
-
The class presentations will take the place of Machine Problem 6.
Written Homework
NOTE that if problems seem appropriate, you are free to
code iterative methods in some computer language and
obtain the solution via computer. Also for problem pertaining
to linear algebra problems, you are free to make use of Matlab/Octave.
- Homework 0 (Matlab/Octave Introduction), Due: Fri, Apr 4, 2008.
NOTE: Please use Reflection-X to connect to
the "math" departmental Linux server to complete HW 0 if
you use Octave rather than Matlab.
See this link
for information on how to use Reflection-X.
- Homework 1, Due: Mon, Apr 14, 2008.
Sec 1.2, p 26: 1b, 2a, 3a, 4a, 5c, 17, 19b, 20 using
eqs in b from 19;
Sec 1.3, p 36: 1a.
- Wed, Apr 16, 2008, MP 1 -- see above
- Homework 2, Due: Mon, Apr 21, 2008.
Sec 2.1, p 51: 1, 15, 16;
Sec 2.3, p 71: 5a (use p0=2), 7 (for 5a), 9 (for 5a)
(use the endpoints of the interval as p0 and
p1), 19;
Sec 2.4, p 82: 8a -- NOTE: The problem has an exponent of
2n and not 2n;
Additional Problem: Find the next three intervals, given the initial
interval of [0,2], needed to find the roots of y=x2-2
via Regula Falsi.
- Fri, Apr 25, 2008, MP 2 -- see above
- Homework 3, Due: Mon, Apr 28, 2008.
Sec 6.2, p 368: 9a, 10b, 13a, 14b;
Sec 6.3, p 378: 1a, 6, 10,
and the following Additional Problem:
Let A be the matrix in prob. 1a and B the matrix in prob. 1b, find
AB and BA.
Sec 6.4, p 386: 1c, 12a.
- Wed, Apr 30, Midterm I
- Fri, May 2, 2008, MP 3 -- see above
- Homework 4, Due: Mon, May 12, 2008.
Sec 7.3, p 449: 1a,b, 3a,b, 9a,b;
Sec 9.1, p 555: 1a, 5a;
Sec 9.2, p 571: 1c,
and the following Additional Problem:
Find the characteristic polynomial, and the eigenpairs of the matrix:
( 1 2 )
( 5 4 )
- Fri, May 16, 2008, MP 4 -- see above
- Homework 5, Due: Mon, May 19, 2008.
Sec 8.1, p 490: 1, 5a, 9 (no plot);
Sec 3.1, p 115: 28;
Sec 3.2, p 127: 9a, 13, 14;
Sec 3.4, p 153: 3c, 5c. (Note: "free" spline is an alternative name
for "natural" spline, cf. top pg. 140.)
- Wed, May 21, 2008. Midterm II
- Fri, May 30, 2008, MP 5 -- see above
- Homework 6, Due: Mon, June 2, 2008.
Sec 8.3, p 512: 6, 7;
Sec 4.3, p 195: 1a (n=1), 5a (n=2),
22 for Trapezoidal (n=1) and Simpson's rule (n=2) only;
Sec 4.5, p 211: 1a,b;
Sec 4.7, p 226: 1a,b, 2a,b.
- "Study" Problems for use before Final Exam.
Sec 5.2, p 263: 1, 5, 9.
Sec 5.3, p 271: 1.
Sec 5.6, p 301: 5a.
Sec 11.1, p 648: 1, 2.
Sec 11.3, p 661: 1, 3.
Sec 12.1, p 698: 1, 2, 3.
Answers available at my office.
Approximately:
Monday, June 10, 2008: 9-11am, 2:30-4pm
Tuesday, June 11, 2008: 9-11am (Exam in afternoon)
Wednesday, June 12, 2008: 9-11am, 2:30-4pm
Thursday, June 13, 2008: 9-11am.
Final Exam: Thurs, June 13: 1:30-4:30pm.
This page maintained by Dennis C. Smolarski, S.J.,
dsmolarski@math.scu.edu
Last updated: 13 May 2008.