MAT334

Course information Instructors Lectures Teaching assistants Tutorials Textbook Course content Tentative schedule Marking scheme Discussion forum Practice problems Tests coverage

MAT334
Complex variables
Winter 2022

Course information

syllabus

pdf

course code

MAT334H1-S

description

Theory of functions of one complex variable, analytic and meromorphic functions. Cauchy's theorem, residue calculus, conformal mappings, introduction to analytic continuation and harmonic functions.

prerequisite

MAT223H1/MATA23H3/MAT223H5/MAT240H1/MAT240H5, MAT235Y1/MAT235Y5/(MAT232H5, MAT236H5)/(MATB41H3, MATB42H3)/MAT237Y1/(MATB41H3, MATB42H3, MATB43H3)/MAT237Y5/MAT257Y1

organization

Lectures and tutorials are in person, except for the first three weeks of the course which will take place entirely online via Zoom links to be found on the course Quercus page. There are three hours of lectures and one hour of tutorial per week.

Instructors

name email section office hour
Maxence Mayrand mayrand@math.toronto.edu LEC0101 Fri 13:30—14:30
Stefan Dawydiak stefand@math.utoronto.ca LEC5101 Wed 11:00—12:00

Email is the preferred method of communication.

Students will find Zoom links for the office hours on the course Quercus page.

Lectures

section

LEC0101 — Maxence Mayrand

time

Tuesday12:00—14:00
Thursday12:00—13:00

first lecture

Tuesday, January 11, 2022

last lecture

Thursday, April 7, 2022

room

MP 102


section

LEC5101 — Stefan Dawydiak

time

Tuesday18:00—21:00

first lecture

Tuesday, January 11, 2022

last lecture

Tuesday, April 5, 2022

room

MP 202

Teaching assistants

name email tutorials office hour
Chao An chao.an@mail.utoronto.ca TUT0301 Fri 13:00-13:30
Lemonte Alie-Lamarche lemonte@math.utoronto.ca TUT0101 TUT0201 Thu 13:30-14:00
Wenkui Du wenkui.du@mail.utoronto.ca Wed 9:00-9:30
Nathan Gurrin-Smith nathan.gurrinsmith@mail.utoronto.ca TUT0401 TUT0501 Thu 18:00-18:30
Daniel Spivak daniel.spivak@mail.utoronto.ca TUT5102 TUT0601 Fri 16:00-16:30
Oliver Trevett oliver.trevett@mail.utoronto.ca TUT5101 TUT5201 Tue 11:00-11:30

Zoom links for office hours are on Quercus.

Tutorials

sections time room TA
TUT0101 Tuesday 14:00-15:00 GB 304 Alie-Lamarche
TUT0201 Tuesday 15:00-16:00 SS 1084 Alie-Lamarche
TUT0301 Tuesday 16:00-17:00 AB 107 An
TUT0401 Wednesday 10:00-11:00 RW 143 Gurrin-Smith
TUT0501 Wednesday 14:00-15:00 CR 405 Gurrin-Smith
TUT0601 Wednesday 15:00-16:00 SF 2202 Spivak
TUT5101 Tuesday 17:00-18:00 HS 108 Trevett
TUT5102 Tuesday 17:00-18:00 RW 142 Spivak
TUT5201 Wednesday 17:00-18:00 SS 1072 Trevett

During the tutorials, TAs will explain solutions to some exercises, answer students questions, and review the relevant course material.

Tutorials start in the second week of the term (Jan 17—Jan 21) and continue every week until the last week of the term (Apr 4—Apr 8), except for the reading week (Feb 21—Feb 25).

Textbook

Fisher, S. D. Complex variables. Second edition. Dover Publications, Inc., Mineola, NY, 1999.

Course content

The plan is to cover chapters 1, 2, and 3 of the textbook.

Tentative schedule

week textbook sections evaluation note
Jan 10—Jan 16 1
Jan 17—Jan 23 1 Test 1 First tutotrial
Jan 24—Jan 30 1 Test 2
Jan 31—Feb 06 1, 2 Test 3 First in-person lectures and tutorials
Feb 07—Feb 13 2 Test 4
Feb 14—Feb 20 2 Test 5
Feb 21—Feb 27 Reading week: no lecture and no tutorial
Feb 28—Mar 06 2 Test 6
Mar 07—Mar 13 2 Test 7 Test 7 is in-person
Mar 14—Mar 20 3 Test 8
Mar 21—Mar 27 3 Test 9 Test 9 is in-person
Mar 28—Apr 03 3 Test 10 Test 10 is in-person
Apr 04—Apr 10 3 Test 11 Last tutorial

Marking scheme

There will be 11 weekly tests, the lowest of which will be dropped. The remaining 10 tests will each count for 10% of the final grade. There are no problem sets or term tests, and there is no final exam.

Three tests will be administered in-class, the remainder will be administered asynchronously online and submitted via Crowdmark. Online tests will be available to be opened for 24 hours, and must be completed within two hours of opening. The test dates are as follows:

Test number Online/in-person Times available Duration
Test 1 Online 00:01-23:59 Monday, January 17 2 hours
Test 2 Online 00:01-23:59 Monday, January 24 2 hours
Test 3 Online 00:01-23:59 Monday, January 31 2 hours
Test 4 Online 00:01-23:59 Monday, February 7 2 hours
Test 5 Online 00:01-23:59 Monday, February 14 2 hours
Test 6 Online 00:01-23:59 Monday, February 28 2 hours
Test 7 In-person Tuesday, March 8, in class 1 hour
Test 8 Online 00:01-23:59 Monday, March 14 2 hours
Test 9 In-person Tuesday, March 22, in class 1 hour
Test 10 In-person Tuesday, March 29, in class 1 hour
Test 11 Online 00:01-23:59 Monday, April 4 2 hours

submission

The online tests will be sent to you via Crowdmark. No other submission method for the online tests will be accepted.
The easiest way to upload your test is to use a scanner, but if you don't have access to one, you can also use a scanner app on your phone. Make sure that your work is legible before submitting it; otherwise, it will not be accepted.
The in-person, in-class tests will be written on paper and collected after the test.

missed tests

There will be no make-up tests. For students who missed a test because of illness or any other approved legitimate reason, its weight will be transferred evenly to the remaining tests.

solutions

Written solutions are not provided, but some of them will be discussed in tutorials. You are encouraged to consult with TAs, your fellow students, and the instructors to identify shortcomings in your grasp of the material.

plagiarism

You may not collaborate with other students on any of the tests. Your submissions must be your own work, written independently, in your own words. Otherwise, it will be considered an offence under the University of Toronto's Code of Behaviour on Academic Matters (see section B.I.) and serious sanctions will be applied.

Discussion forum

We will use Piazza, which is a discussion forum where you can ask as many questions as you like, and will receive answers from other students, the TAs, or the instructor.

To join the forum, go to piazza.com and search for MAT334. You will also get an email invitation at the beginning of the course. Alternatively, you can sign up using by cliking here.

Practice problems

1.1

1—6, 9, 11, 17

1.2

1—18, 22—26, 33, 34

1.3

1—15

1.4

1—24, 31—40

1.5

1—30

1.6

1—12, 15, 16

2.1

1—11, 16—18, 20, 22

2.2

1, 3, 5, 7, 9, 11, 13, 15, 17, 19

2.3

1—12

2.4

1—17

2.5

1—6, 7—15, 22

2.6

1—19

3.1

1, 3, 5, 7, 8, 10, 13, 15, 18, 20

3.2

1, 2, 3

Tests coverage

Test 1

1.1, 1.2

Test 2

1.3

Test 3

1.4, 1.5

Test 4

1.6

Test 5

1.6

Test 6

2.1, 2.2

Test 7

2.3

Test 8

2.4 and 2.5 excluding Laurent series (i.e. up to page 141)

Test 9

Laurent series and 2.6 up to (and including) the subsection "Integrals of Rational Functions"

Test 10

2.6

Test 11

3.1 and 3.2 except for the subsection titled "Mean Value"