Math 302, Fall 2005

Syllabus & Homework


On this page you will find a short syllabus for Math 302 indicating the topics and sections of the text we will cover. You should check this page frequently to obtain your homework assignments.

Note on Homework: the information on this page is relevant for both sections of Math 302 in Fall 2005; the homework assignments and dates of quizzes, etc are the same for both sections.


Course Syllabus

The topic of the course is Differential Equations. It is probably the first course you have taken on the subject, although some very simple examples of differential equations are usually discussed in a calculus course. It is also possibly the first mathematics course beyond calculus you have taken. The prerequisite is Math 242 or similar. We will cover the following topics in Math 302 (in approximate order): Perhaps the most basic questions concerning a differential equation are the existence and uniqueness of its solutions. We will return to this question in various disguises throughout the course.

After the brief introductory Chapter 1 we begin in Chapter 2 by discussing direction fields, and the geometry of solutions of first order equations. After this discussion, which applies to both linear and non-linear equations, we will develop the method of integrating factors for solving linear equations.

Chapter 3 treats second order equations. We will concentrate on the method of the characteristic polynomial for solving homogeneous, constant coeffecient equations. There will be a short discussion of non-homogeneous equations. The theory of 2x2 systems of first order equations closely resembles the theory of second order equations and it is therefore natural to discuss Chapter 7 immediately after Chapter 3. This theory relies heavily on some basic linear algebra which will be covered as needed.

The next topic is the Laplace transform, which is a powerful technique for solving differential equations. The body of the course will end with discussion of the power series method for solving differential equations.

Time permitting, we will cap the course with a brief introduction to either the heat or the wave equation. This serves as a commercial for the sequence Math 402-403 on partial differential equations.


Detailed Syllabus & Homework Assignments

You should try to do all the problems. Quizzes are marked in red.

An example of how to read the table.

DateSections HomeworkReading & Notes
Tue, 23 Aug 1.3 1.3:1-6,8,12,20,28 1.3
Thu, 25 Aug 1.1 & 1.2 1.1:5,6,11,15-20,25 & 1.2:1a,2a,9 1.1 & 1.2
Tue, 30 Aug 2.1 & 2.4 2.1:11,13,15,21,22,23,25,30 & 2.4:1,4,5 2.1 & 2.4
Thu, 1 Sep 2.4 2.4:8,11,14,17,22ab 2.4
Tue, 6 Sep nothing new quiz 1 quiz info & misc
Thu, 8 Sep 2.2 2.2:2,8,15,16,21,23,27a quiz 1 due in class & 2.2
Tue, 13 Sep 2.5 2.5:3,4,9,15,16ab,17a,26 2.5
Thu, 15 Sep 2.6 2.6:1,2,10,19,26,30,32 & quiz 2 2.6 & quiz info
Tue, 20 Sep 3.2 2.2:32 & 3.2:7,8,12,13,14,15 quiz 2 due in class & 3.2
Thu, 22 Sep 3.2 & 3.1 3.2:16,25 & 3.1:1,3,5,6,10,15,21,23 3.1
Tue, 27 Sep 3.4 & 3.5 3.4:3,4,7,12,18,21 & 3.5:1,2,11,14,24,25,28 or 31 & quiz 3 3.5
Thu, 29 Sep mixed topics 3.4:35,40 & 3.3:17,25 quiz 3 due in class & topics
Tue, 4 Oct review study for the exam! exam next class!
Thu, 6 Oct Exam 1 (firm) Exam 1 Information & Exam 1 grades Exam 1 (firm)
Tue, 11 Oct Exam review Exam review Exam review
Thu, 13 Oct 3.6 3.6:2,3,4,14,16,18,20a 3.6 & quiz 4 - pop quiz
Tue, 18 Oct 3.7 3.7:1,3,6,7,10,13,17 3.7
Thu, 20 Oct 3.8 3.8:6,7,16 and quiz 5 3.8
Tue, 25 Oct 3.8 & 3.9 3.8:10,19,21ab,22 & 3.9:5,7 3.9
Thu, 27 Oct 3.9, 4.1 & 4.2 3.9:17abd & 4.2:7,8,11,12,22 quiz 5 due in class & 4.x
Tue, 1 Nov 4.3 4.3:1,13,22(13) 4.y
Thu, 3 Nov 7.1 7.1:1,7 7.x
Tue, 8 Nov 6.1 6.1:3,5b,7,13,15,16,21,26 6.1
Thu, 10 Nov 6.2 6.2:1,2,4,7,11,13,18,21,27b & quiz 6 6.2
Tue, 15 Nov 6.3 6.3:1,4,9,10,11,14,15,18,19a,27,28,31 quiz 6 due in class & 6.3
Thu, 17 Nov review study for the exam! exam next class!
Tue, 22 Nov Exam 2 (firm) Exam 2 Information & Exam 2 Results Exam 2 (firm)
Tue, 29 Nov 6.4 6.4:3,4,7,8,17,21 6.4
Thu, 1 Dec 6.5 6.5:6,7,13,16,18,23 & quiz 7 6.5
Tue, 6 Dec Exam review Exam review Exam review & quiz 7 due in class
Thu, 8 Dec Last Day Quiz review & course evaluations & Final information Last Day