MATH 208 Syllabus



Here is a version of the course syllabus (subject to minor change).

LectureDateTopic
1Tue 1/30Review of integration in dimension 1, introduction to multiple integrals
2Thu 2/1Double intergrals: basic properties
3Tue 2/6Double integrals: Fubini's theorem and applications
4Thu 2/8Double integrals: integrable functions and sets of measure zero
5Tue 2/13Triple integrals and beyond
6Thu 2/15Further applications: volume, average value, center of mass
---Tue 2/20No class
7Thu 2/22Geometry of plane and space transformations
8Tue 2/27Change of variables in dimension 2
9Thu 3/1Change of variables in dimension 3, special coordinates in $\mathbb{R}^3$
10Tue 3/6Workshop I
11Thu 3/8Midterm I
12Tue 3/13Line integrals: introduction
13Thu 3/15Line integrals: further properties
14Tue 3/20Parametrized surfaces
15Thu 3/22Surface integrals of scalar functions
16Tue 3/27Surface integrals of vector fields
17Thu 3/29Surface integrals and curvature
---Tue 4/3No class
---Thu 4/5No class
18Tue 4/10Workshop II
19Thu 4/12Midterm II
20Tue 4/17Green's theorem
21Thu 4/19Stokes theorem: statements
22Tue 4/24Stokes theorem: applications
23Thu 4/26Conservative fields
24Tue 5/1Gauss's theorem: statements
25Thu 5/3Gauss's theorem: applications
26Tue 5/8Differential forms
27Thu 5/10Workshop III
28Tue 5/15Workshop IV

Back to Math 208