AMATH 351: Introduction to Differential Equations and Applications

SLN 10055, MWF 1:10-2:10, Loew Hall 102
(Prerequisites: MATH 126 or MATH 136)


Instructor:

Zhang, Yun (Claire)
Guggenheim 407
tel: 685-9395
fax: 685-1440
yzhang@amath.washington.edu
office hours: T Th 2:15 – 3:15pm

 

 

 

Homework

Grades

2007 Web Page


Course description

Textbook

Syllabus

Objectives

Schedule


Course Description

Introductory survey of ordinary differential equations. Linear and nonlinear equations. Taylor series. Laplace transforms. Emphasis on formulation, solution, and interpretation of results. Examples from physical and biological sciences and engineering.

Textbook

Boyce and DiPrima, Elementary Differential Equations and Boundary Value Problems 8th Edition.

ISBN-10: 0471433381 ISBN-13: 978-0471433385

Available at University Bookstore. An old version of the book is also fine. I will not cover all chapters of the book, especially the last few parts about partial differential equations.

Syllabus

Please download the .pdf file here.

Here're the notes I'm using basiclly.But please pay attention I always add some useful infomation and example from other resources when teaching.

You can download the notes' .pdf file here.

 

A few other notes I wrote myself : Systems of Differential EquationsSeries Solutions Method .

Learning Objectives and Instructor Expectations

AMATH 351 aims at familiarizing the students with different types of differential equations, introducing basic skills of solving some of the differential equations that can be solved exactly and letting the students get a sense of how odes are applied in some physical can biological situations. Most of our efforts will be focused on ordinary differential equations. Since there are tons of readings and exercises in the book, only attending lectures and finishing the homework is far from enough for you to establish a solid foundation. I am expecting you to spend at least 10 hours out of class on it. You are always welcome to ask any questions, even about the topics we won’t cover.

Schedule and Homework

Follow links in the table below to obtain a copy of the homework in PostScript (.ps) or Adobe Acrobat (.pdf) format. You may also obtain here solutions to some of the homework and exam problems. An item shown below in plain text is not yet available. For additional information regarding viewing and printing the homework and solution sets, click here.

Week

Homework and Exams

Homework Due Date

Homework Problem Sets

Homework Solutions

1

First day of classes

Monday, June 23

 

 

Homework#1

Monday, June 30

Section1.1 #15-20

Section1.3 #1-6,13,14,17,19

Section2.1 #14,16,19,31,40

Click here

2

Homework#2

Monday, July 7

Section 2.2 #6,18,32

Section2.4 #3,12,15,29

Section2.6 #8,21,23 [Extra Bonus Section2.6 #24]

Click here

Independence Day

Friday, July 4

No class

 

3

Homework#3

Monday, July 14

Section 3.1 #16,21

Section 3.2 #3,18,22,24

Section 3.4 #9,20,29,40

Click here

4

No Homework

 

Practice

Section 3.3 #9,21

Section 3.5 #12,20,26

Section 3.6 #1,14

Section 3.7 #4,12

 

5

Midterm Exam

Monday, July 21

60 minutes, full class time

Solutions

Homework#4

Wednesday, July 30

Section 3.8 #24,30

Section 3.9 #12,18

Section 7.1 #6

Section7.2 #22

Section7.3 #22

Click here

6

Homework#5

Wednesday, August 6

Section7.3 #22(if you didn’t do it in last hw) #28

Section7.5 #2,11,31

Section 7.6 #3,8,28

Section7.7 #5

Click here

7

Homework#6

Wednesday, August 13

Section 7.8 #3

Section 7.9 #1,7

Section 5.1 #3,9,13

Section 5.2 #4,12

Section 5.3 #6

Section 5.4 #6

Click here

8

Homework#7

Wednesday, August 20

Section 5.5 #10

Section 5.6 #6

Section 5.7 #7

Section 6.1 #13,15

Section 6.2 #3,8,22,24

Click here

9

Homework#8

Not turned in.

Section 6.3 #8,17,23

Section 6.4 #2

Section 6.5 #6,15

Section 6.6 #10,16

Click here

Final Exam

Friday, August 22

120 minutes (1:10pm-3:10pm)

 

Grading

There will be one mid-term, one final exam and weekly homework assignments. Your final grades will be determined as follows:

Homework

40%

Mid-term (60 minutes, full class time)

20%

Final (120 minutes)

40%

Exams will test your basic understanding of the material covered in class as well as solving problems based on the class materials.

In the exams, no calculator is allowed. You can bring one 8.5 x 11 (letter-sized, two-sided) hand-written note sheet and you will have to turn in your note sheet with your exam.

Homework is usually due every Monday starting from the 2nd week. You need to show your work in full detail. Partial credits will be deducted if you just give me a number of equation without any mathematical reasoning or word explanation. And please also arrange your homework as clear and neat as possible. You may also get points off if I can’t understand you handwriting. Late homework is not accepted and there are no make-ups. I will drop your lowest homework grade when calculating your final grade. You may view your homework and exam grades on-line.

Other Resources

Here is a good tool on the website: Phase Plane Drawing Tool by John Polking and others.

There’s also a good Matlab command pplane7, try it out in your Matlab command window.


<yzhang@amath.washington.edu>

Thu Jun 12 16:01:48 PDT 2008