MATH 158 Syllabus



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

LectureDateTopic
1Tue 1/31Review/Introduction to the Riemann integral
2Thu 2/2Basic properties of the integral
3Tue 2/7Riemann sums and applications
4Thu 2/9The Fundamental Theorem of Calculus
5Tue 2/14The Fundamental Theorem of Calculus (cont.)
6Thu 2/16Trigonometric functions
7Tue 2/21Trigonometric functions (cont.)
8Thu 2/23The logarithm and exponential function
9Tue 2/28The logarithm and exponential function (cont.)
10Thu 3/2Workshop I
11Tue 3/7Midterm I
12Thu 3/9Techniques of integration
13Tue 3/14Techniques of integration (cont.)
14Thu 3/16Applications of integration in geometry
15Tue 3/21Applications of integration in physics
16Thu 3/23Elementary ODE's
17Tue 3/28Elementary ODE's (cont.)
18Thu 3/30Complex numbers
19Tue 4/4Workshop II
20Thu 4/6Midterm II
---Tue 4/11No class (Spring recess)
---Thu 4/13No class (Spring recess)
---Tue 4/18No class (Spring recess)
---Thu 4/20No class (Monday schedule)
21Tue 4/25Polynomial approximation
22Thu 4/27Polynomial approximation (cont.)
23Tue 5/2Infinite sequences
24Thu 5/4Infinite sequences (cont.)
25Tue 5/9Infinite series
26Thu 5/11Infinite series (cont.)
27Tue 5/16Power series
28Thu 5/18Workshop III

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