announcements

December 23, 2008

Here are possible solutions to the final exam.

December 22, 2008

Final grades have been submitted. I have the final exams, and you will be able to pick them up from me after the holidays. I'll post solutions for the final exam soon. Thanks for a great semester. Also, if you'd still like to send me comments on the book, please do so soon.

December 15, 2008

The review session is Monday 5-6:30 in room 199 Cupples I.

December 12, 2008

The exam will be cumulative, but weighted toward the material from the later part of the class. Specifically, we have covered the following topics in class:

You will be expected to know the topics in the first two bullets, but only to the extent that those topics are prerequisites for the topics in the latter two bullets. Thus, the exam questions will directly relate only to the latter two bullets. Also, you do not need to know the material in the "Topic: Fourier Series" section in the inner product notes.

December 3, 2008

The notes have been updated. In particular, note that exercise 1.6(b) has been modified. The other major change is that I've corrected the formulas in section 1.4, and added material on how the matrix changes when you change basis. This additional material affected some later sections, resulting in modifications in section 2.2 and the removal of exercise 2.2.

December 2, 2008

I've posted the last homework assignment. It's due on Monday (the last day of class), but it's a little bit longer than usual, so I recommend that you start working on it early.

November 21, 2008

Here are the notes on inner products, which we will be following for the remainder of the course. Please keep in mind that I will probably be making changes and corrections as we proceed, so when you're using the notes make sure that you have current version.

November 17, 2008

Solutions to the midterm are here.

November 10, 2008

Here are practice problems for the midterm. It would be best if you do them and the suggested problems from IV.1 before Wednesday's lecture and come with questions.

November 10, 2008

The midterm will be in class on Friday, November 14. It will cover the following topics: eigenvalues and eigenvectors, diagonalization, nilpotent operators and the canonical form for them, and minimum polynomials. The relevant sections in the book are Chapter 5, Sections II, III, and IV.1. Of course, material from earlier in the semester will appear indirectly, and you will be expected to be comfortable with that material as well.

October 15, 2008

Solutions to the midterm are here. Remember that, for several of the problems, there was not a unique solution, so you should view my solutions as being one possible way, but not necessarily the only way, to answer the questions.

October 10, 2008

I've updated the advanced notes to include last Tuesday's topics.

October 7, 2008

The optional advanced session will be tonight 5-6pm. We still don't have an official room assignment yet, but it should be okay to use 216 Cupples I again. There's a seminar in there that goes until 5, so you won't be able to go into the room early.

October 7, 2008

The first midterm is here. It is a take-home midterm, due Monday, October 13. Here are some guidelines for the midterm:

October 1, 2008

because of the debate, I've extended the deadline of HW#5 to Monday.

October 1, 2008

Here are notes for yesterday's advanced session. In particular, I want to draw attention to Example 1.6, which I didn't talk about in class, but I think many of you would find interesting.

September 30, 2008

The optional advanced session will be tonight 5-6pm. It's too late to get a room officially assigned, so we'll meet at 216 Cupples I, and hopefully the room will be free for us to use. If we have to move elsewhere, I'll leave a note on the door.

September 5, 2008

The second homework assignment is now up.

September 3, 2008

Note that my office hours have changed.

September 1, 2008

The first homework assignment is now up on the "homework and reading assignments" page.

July 24, 2008

Hello, welcome to Math 429. For basic information, see the syllabus. Please bookmark this page, since I will use it to make announcements.