Homework Sets

Due Wednesday 9/23/15. Homework 1 pdf. Solutions pdf.

Due Wednesday 9/30/15. Homework 2 pdf. Solutions pdf.

Due Wednesday 10/7/15. Homework 3 pdf. Solutions pdf.

The first midterm exam is Wednesday 10/14/15, 7:00PM--8:30PM in LGRT 171. There will be a review session on Tuesday 10/13/15, 7:00PM--8:30PM in LGRT 171.
Please try the review questions here before the review session. Solutions pdf.
Here is the first midterm exam pdf and the solutions pdf.

Due Wednesday 10/21/15. Homework 4 pdf. Solutions pdf.

Due Wednesday 10/28/15. Homework 5 pdf. Solutions pdf.

Due Wednesday 11/4/15. Homework 6 pdf. Solutions pdf.

Due Friday 11/13/15. Homework 7 pdf. Solutions pdf.

The second midterm exam is Wednesday 11/18/15, 7:00PM--8:30PM, in LGRT 171. There will be a review session on Tuesday 11/17/15, 7:00PM--8:30PM, in LGRT 171.
Please try the review questions here before the review session. Solutions pdf.
Here is the second midterm exam pdf and the solutions pdf.

Due Wednesday 12/2/15. Homework 8 pdf. Solutions pdf.

Due Wednesday 12/9/15. Homework 9 pdf. Solutions pdf.

The final exam is Thursday 12/17/15, 10:30AM--12:30PM, in LGRC A301. There will be a review session on Wednesday 12/16/15, 7:00PM--8:30PM, in LGRT 171. The syllabus for the final exam is everything we have covered (see the class log here) except the applications to fluid flow. Please try the review questions here before the review session. Solutions pdf.

Corrections to homework solutions (thanks to my grader):
HW1Q4b: There's an arithmetic error, the correct answer is z= 2+3i or 2-3i.
HW4Q1d: In the solution u and v are accidentally switched. Correcting this, we find u and v do satisfy the Cauchy--Riemann equations (and their partial derivatives are continuous) so f is complex differentiable.