Tentative Course Schedule - TR Classes (Recitations)


Date Description
R 1/12
Application of integration (Section 6.3)
T 1/17 Application of integration (Section 6.3)
R 1/19

The substitution rule (Section 7.1); QUIZ 1 (Section 6.3)
T 1/24 The substitution rule (Section 7.1); integration by parts and practicing integration (Section 7.2)
R 1/26
 
Integration by parts and practicing integration (Section 7.2);
rational functions and partial fractions (Section 7.3); QUIZ 2 (Sections 7.1, 7.2)
T 1/31 Rational functions and partial fractions (Section 7.3);
R 2/2
Improper integrals (Section 7.4); QUIZ 3 (Section 7.3)
T 2/7 Improper integrals (Section 7.4); review
T 2/7 EXAM 1, 5-7 pm
R 2/9
Solving differential equations (Section 8.1)
T 2/14 Solving differential equations (Section 8.1)
R 2/16
Equilibria and their stability (Section 8.2); QUIZ 4 (Section 8.1)
T 2/21 Equilibria and their stability (Section 8.2)
R 2/23
Linear Systems (Section 9.1); QUIZ 5 (Section 8.2)
T 2/28 Matrices (Section 9.2)
R 3/2
 
Matrices (Section 9.2); linear maps, eigenvectors, and eigenvalues (Section 9.3);
QUIZ 6 (Sections 9.1 and 9.2)
T 3/7 Linear maps, eigenvectors, and eigenvalues (Section 9.3); review
T 3/7 EXAM 2, 5-7 pm
R 3/9
Linear maps, eigenvectors, and eigenvalues (Section 9.3)
T 3/14 Spring Break - no class
R 3/16
Spring Break - no class
T 3/21
 
Linear maps, eigenvectors, and eigenvalues (Section 9.3);
curve fitting - least square approximation
R 3/23
 
Curve fitting - least square approximation;
QUIZ 7 (Section 9.3, curve fitting - least square approximation)
T 3/28 Functions of two or more independent variables (Section 10.1)
R 3/30
Limits and continuity (Section 10.2); QUIZ 8 (Sections 10.1)
T 4/4 Limits and continuity (Section 10.2); partial derivatives (Section 10.3)
R 4/6
Partial derivatives (Section 10.3); QUIZ 9 (Sections 10.2 and 10.3)
T 4/11 Tangent planes, differentiability, and linearization (Section 10.4); review
T 4/11 EXAM 3, 5-7 pm
R 4/13
Linear systems: theory (Section 11.1)
T 4/18 Linear systems: theory (Section 11.1)
R 4/20
linear systems: applications (Section 11.2); QUIZ 10 (Section 11.1)
T 4/25 Nonlinear autonomous systems: theory (Section 11.3)
R 4/27
Nonlinear systems: applications (Section 11.4)
W 5/3 FINAL EXAM, 8:30-10:30 pm