Daily Schedule

The following is a tentative schedule for the course. Sections in text refer to OpenStax Calculus Volumes 2 and 3. Please check back regularly for updates as the term progresses.

Day Lectures Sections in Text Brief Description
1 8 Jan (F) V2, 1.1-1.5 Introduction, Review of integration
2 11 Jan (M) V2, 2.2 Volume of revoluation
3 13 Jan (W) V2, 2.4 Arc-length of a curve
4 15 Jan (F) V2, 3.3 Trigonometric substitution
5 18 Jan (M) MLK Day (no class)
6 19 Jan (T) or 20 Jan (W) Taylor polynomials
7 20 Jan (W) or 21 Jan (Th) V2, 5.1, 5.2 Sequence and series, convergence of series, geometric series
8 22 Jan (F) V2, 6.1 Power Series, Ratio test, radius of convergence
9 25 Jan (M) V2, 6.2 Representing functions as power series
10 27 Jan (W) V2,, 6.3 Error estimates
11 29 Jan (F) Review
12 1 Feb (M) V3, 2.1, 2.2 Coordinates in R^n as a vector space; distance forrmula; simple surfaces
13 3 Feb (W) V3, 2.3 Dot products and projections, I
14 5 Feb (F) V3, 2.3 Dot products and projections, II
15 8 Feb (M) V3, 2.4 Cross products
16 10 Feb (W) V3, 2.5 Lines in different forms; planes in vector and standard forms
17 12 Feb (F) V3, 2.5 Equation of a plane in different forms
18 15 Feb (M) V2, 3.1-3.3 Derivatives and integrals of vector-valued functions, arc-length of a curve
19 17 Feb (W) V3, 4.1 Functions of several variables;
20 19 Feb (F) Review
21 22 Feb (M) V2, 4.2 Limits and continuity of multi-variable functions
22 24 Feb (W) V3, 4.3 Chain rule
23 26 Feb (F) V3, 4.4 Tangent planes and normal lines
24 1 Mar (M) V3, 4.5 Chain rule
25 3 Mar (W) V3, 4.6 Directional derivatives and gradient
26 5 Mar (F) V3, 4.7 Extreme values, I
27 8 Mar (M) V3 4.7 Extreme values, II
27 10 Mar (W) V3, 4.8 Lagrange multipliers
TBA Final Exam