MAT 237 Y

MULTIVARIABLE CALCULUS

COURSE 2005-2006

 

CLASS SCHEDULE

Please notice that the following class schedule is only tentative.

At some times during the course, your section may be slightly ahead or behind, and your instructor may prefer a different sequence of topics or a different way to organize the course material.

Week

Sections Covered

Stewart

Spivak

Sep.12–16

10.1, 10.2

 

Sep.19–23

10.3, 10.4

 

Sep.26–30

12.1 – 12.3

Chapter 1 – Norm and Inner Product

Oct.3–7

12.4, 12.5

Chapter 1 – Subsets of Euclidean Space

Oct.12–14

12.7, 13.1 – 13.3

 

Oct.17–21

14.1 – 14.2

Chapter 1 – Functions and Continuity

Oct.24–28

14.3

Chapter 2 – Basic Definitions, Basic Theorems

Oct.31– Nov.4

14.5

Chapter 2 – Basic Theorems, Partial Derivatives

Nov.7–11

 

Chapter 2 – Partial Derivatives, Derivatives

Note: Taylor’s Polynomials added

Nov.14–18

14.4, 14.6, 14.7

 

Nov.21–25

14.7, 14.8

 

Nov.28–Dec.2

 

Chapter 2 – Inverse Functions

Dec.5–9

 

Chapter 2 – Implicit Functions

Jan.9–13

 

Chapter 3 – Basic Definitions, Measure Zero and Content Zero

Jan.16–20

 

Chapter 3 – Integrable Functions, Fubini’s Theorem

Jan.23–27

15.1 – 15.5

 

Jan.30– Feb.3

15.7 – 15.8

 

Feb.6–10

15.9

Chapter 3 – Change of Variable

Feb.13–17

 

Chapter 4 – Algebraic Preliminaries

Feb.27–Mar.3

 

Chapter 4 – Fields and Forms

Mar.6–10

 

Chapter 4 – Fields and Forms

Mar.13–17

 

Chapter 4 – Geometric Preliminaries

Mar.20–24

 

Chapter 4 – The Fundamental Theorem of Calculus

Mar.27–31

16.1 – 16.10

 

Apr.3–7

More applications of Stokes’ Theorem, from Stewart and otherwise

Apr.10–13

Other topics of interest and review

 

 

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