| 12/31 (Mo) | 01/02 (We) | 01/04 (Fri) Introduction. |
| 01/07 (Mo) Limits. (Sec. 10.2) | 01/09 (We) Continuity. (Sec. 10.3) | 01/11 (Fri) Inequalities. (Sec. 10.4) |
| 01/14 (Mo) The derivative. (Sec. 11.1) |
01/16 (We)
Rules for differentiation. (Sec. 11.2) |
01/18 (Fri) The derivative as a rate of change. (Sec. 11.3) |
| 01/21 (Mo) NO CLASSES | 01/23 (We) Product and quotient rule. (Sec. 11.4) | 01/25 (Fri) The chain rule and the power rule. (Sec. 11.5) |
| 01/28 (Mo) The chain rule. (Sec. 11.5) | 01/30 (We) Review for midterm 1. | 02/01 (Fri) Midterm #1. |
|
02/04 (Mo)
Derivatives of the logarithmic functions. (Sec. 12.1) |
02/06 (We)
Derivatives of the exponential functions. (Sec. 12.2) |
02/08 (Fri)
Implicit differentiation. (Sec. 12.4) |
|
02/11 (Mo)
Implicit differentiation. (Sec. 12.4) |
02/13 (We) Logarithmic differentiation. (Sec. 12.5) |
02/15 (Fri)
Higher order derivatives. (Sec. 12.7) |
|
02/18 (Mo)
Relative extrema. (Sec. 13.1) |
02/20 (We) Absolute extrema on a closed interval. (Sec. 13.2) | 02/22 (Fri) Absolute extrema on a closed interval. (Sec. 13.2) |
| 02/25 (Mo) Concavity. (Sec. 13.3) | 02/27 (We) Review for midterm 2. | 02/29 (Fri) Midterm #2. |
| 03/03 (Mo) Applied maxima and minima. (Sec. 13.6) | 03/05 (We) Applied maxima and minima. (Sec. 13.6) | 03/07 (Fri) Review for the final. |