|
Date |
Section
in the Textbook |
Comment |
|
|
1.5
Exponential functions and logarithms |
Please
review this material on your own |
|
|
1.6
Inverse functions and logarithms |
Please
review this material on your own |
|
W 8.24 |
First day
of class; introduction to the subject |
|
|
M 8.29 |
2.1 Tangent and velocity |
|
|
W 8.31 |
2.2 The limit of a function |
We will
concentrate on understanding the concept graphically |
|
M 9.5 |
Labor
Day, no class |
|
|
W 9.7 |
2.3
Calculating limits using the limit laws |
|
|
M 9.12 |
2.4 The
precise definition of a limit |
|
|
W 9.14 |
2.5
Continuity |
|
|
M 9.19 |
2.6
Limits at infinity; horizontal asymptotes |
|
|
W 9.21 |
first midterm exam |
|
|
M 9.26 |
2.7
Derivatives and rates of change |
|
|
W 9.28 |
2.8 The
derivative as a function |
|
|
M 10.3 |
3.1
Derivatives of polynomials and exponential functions |
|
|
W 10.5 |
3.2
product and quotient rules |
|
|
M 10.10 |
3.3
derivatives of trigonometric functions |
|
|
W 10.12 |
3.4
chain rule |
|
|
M 10.17 |
3.5
implicit differentiation |
|
|
W 10.19 |
3.6
derivatives of log functions |
|
|
M 10.24 |
Review
for second midterm |
|
|
W 10.26 |
second midterm exam |
|
|
M 10.31 |
3.7
rates of change in the natural and social sciences |
|
|
W 11.2 |
3.8
Exponential growth and decay |
|
|
M 11.7 |
3.9
related rates |
|
|
W 11.9 |
3.10
Linear approximations and differentials |
|
|
M 11.14 |
3.11
Hyperbolic functions |
|
|
W 11.16 |
Review
for third midterm |
|
|
M 11.21 |
third midterm exam |
|
|
W 11.23 |
4.1
Maximum and minimum values |
please also read: section 4.7 Optimization problems |
|
M 11.28 |
4.2
mean value theorem |
|
|
W 11.30 |
4.3 How
derivatives affect the shape of a graph |
|
|
M 12.5 |
4.4. indeterminate forms and L'Hospital's
rule |
|
|
W 12.7 |
4.5
Summary of curve sketching |
last day of class |
|
|
The
times of the final exam are on the green sheet |
|