| August 2010 |
|
Mon
|
Tues |
Wed |
Thurs |
Fri |
|
23
1.1, 1.2
Biology and Dynamics
Link
|
24
1.2
Variables, Parameters and Functions in Biology
|
25
1.3
Units and Dimensions of Measurements and Functions
|
26
 |
27
1.4
Linear Functions and Their Graphs |
|
30
1.5
Discrete-Time Dynamical Systems
|
31
Problems
Quiz 1
Reading
1
|
|
| September
2010 |
| Mon |
Tues |
Wed |
Thurs |
Fri |
| |
1
1.6
Analysis of Discrete-Time Dynamical Systems
|
2
|
3
1.7
Expressing Solutions with Exponential Functions
Homework 1 due
|
|
6
Labor Day
|
7
Problems
Quiz 2
Reading 2
|
8
1.8
Oscillations and Trigonometry
|
9
 |
10
1.9
A Model of Gas Exchange in the Lung
Homework 2 due
|
|
13
1.10
An Example of Nonlinear Dynamics
|
14
Problems
Quiz 3
Reading
3
|
15
1.11
Excitable Systems I: The Heart
|
16
 |
17
1.11
Excitable Systems I: The Heart
Homework 3 due
|
|
20
2.1
Introduction to Derivatives
|
21
Problems
Quiz 4
Reading 4
|
22
2.2
Limits
|
23
|
24
2.3
Continuity
Homework 4 due
|
27
2.4
Computing Derivatives: Linear and Quadratic Functions
|
28
Problems
Quiz 5
Reading 5
|
29
Exam 1 Review
|
30
Exam 1
|
|
| October
2010 |
| Mon |
Tues |
Wed |
Thurs |
Fri |
| |
1
2.5
Derivatives of Sums, Powers, and Polynomials
|
|
4
2.6
Derivatives of Products and Quotients
|
5
Problems
Quiz 6
Reading
6
|
6
2.7
The Second Derivative, Curvature, and Acceleration
|
7
|
8
2.8
Derivatives of Exponential and Logarithmic Functions
Homework 5 due
|
11
2.9
The Chain Rule |
12
Problems
Quiz 7
Reading
7
|
13
2.10
Derivatives of Trigonometric Functions |
14
 |
15
3.1
Stability and the Derivative
Homework 6 due
|
|
18
3.2
More Complicated Dynamics
END OF COURSE
WITHDRAWAL PERIOD
|
19
Problems
Quiz 8
Reading
8
|
20
3.2
More Complicated Dynamics |
21
 |
22
3.3
Maximization
Homework 7 due
|
25
3.3
Maximization |
26
Problems
Quiz 9
Reading
9
|
27
3.5
Limits at Infinity
|
28
|
29
3.6
Leading Behavior and L'Hopital's Rule
Homework 8 due
|
| November
2010 |
| Mon |
Tues |
Wed |
Thurs |
Fri |
1
3.6
Leading Behavior and L'Hopital's Rule |
2
Problems
Quiz 10
|
3
Exam 2 Review
|
4
Exam 2
|
5
No Classes. |
8
3.7
Approximating Functions with Lines and Polynomials |
9
Problems |
10
3.8
Newton's Method
|
11
 |
12
4.1
Differential Equations
Homework 9 due
|
|
15
4.1
Differential Equations
|
16
Problems
Quiz 11
Reading
11
|
17
4.2
Solving Pure-Time Differential Equations
|
18
|
19
4.3
Integration of Special Functions and Integration by Substitution
Homework 10 due
|
22-26 Fall Break Week
 |
29
4.3
Integration by Parts |
30
Problems
Quiz 12
Reading
12
|
|
| December
2010 |
| Mon |
Tues |
Wed |
Thurs |
Fri |
| |
1
4.4
Integrals and sums
|
2
 |
3
4.5
Definite and Indefinite Integrals
Homework 11 due
|
|
6
4.5
Definite and Indefinite Integrals
Applications of Differential Equations:Kinetic
Equations
|
7
Problems
Quiz 13
Reading 13
|
8
4.6
Applications of Integrals
|
9
|
10
Review
|
| |
15
Final Exam
5:50-7:50
|
|
