Mr. Dusenberry's Precalculus Page
Students who have more than two scheduled tests on the same day must see Mrs. Nash no later than the day before the testing in order to reschedule the test.
Bell D | Bell E
April 29 – May 8
Chapter 7 Systems of Equations and Inequalities
Period D
| Date |
Lesson |
Objective |
Vocabulary |
Homework |
Wed
4/29 |
7.3 |
Partial Fractions (pp. 737-746)
Case 1: The partial fraction decomposition of a rational expression with distinct linear factors in the denominator.
Case 2: The partial fraction decomposition of a rational expression with linear factors in the denominator, some of which are repeated. |
-partial fraction
-partial fraction decomposition |
p. 745: 9-27 odd |
Thu
4/30 |
7.3 |
Partial Fractions (pp. 737-746)
Case 3: The partial fraction decomposition of a rational expression with prime, non-repeated quadratic factors in the denominator.
Case 4: The partial fraction decomposition of a rational expression with prime, repeated quadratic factor in the denominator. |
|
p. 745: 29-41 odd
read 7.5 |
Fri
5/1 |
Drop |
|
|
|
Mon
5/4 |
7.5 |
Systems of inequalities (pp.755-767)
Graph a linear inequality in two variables.
Graph a non-linear inequality in two variables.
Graph a system of inequalities. |
half-plane |
pp. 763-764: 1-31 odd |
Tue
5/5 |
7.5 |
Systems of inequalities (pp.755-767)
Graph a system of inequalities. |
half-plane |
p. 764: 33-51 odd, 59 |
Wed
5/6 |
7.6 |
Linear Programming (pp. 767-774)
Writing an objective function describing a quantity that must be maximized or minimized.
Use inequalities to describe limitations in a situation.
Use linear programming to solve problems. |
linear programming
objective function
constraints |
pp. 771-772: 1-13 odd |
Thu
5/7 |
Review |
Review section 7.6 homework.
Review sections 7.3 and 7.5 |
|
study for test |
Fri
5/8 |
Test |
Test sections 7.3, 7.5, and 7.6. |
|
read 10.1 |
Period E
| Date |
Lesson |
Objective |
Vocabulary |
Homework |
Wed
4/29 |
7.3 |
Partial Fractions (pp. 737-746)
Case 1: The partial fraction decomposition of a rational expression with distinct linear factors in the denominator.
Case 2: The partial fraction decomposition of a rational expression with linear factors in the denominator, some of which are repeated. |
-partial fraction
-partial fraction decomposition |
p. 745: 9-27 odd |
Thu
4/30 |
Drop |
|
|
|
Fri
5/1 |
7.3 |
Partial Fractions (pp. 737-746)
Case 3: The partial fraction decomposition of a rational expression with prime, non-repeated quadratic factors in the denominator.
Case 4: The partial fraction decomposition of a rational expression with prime, repeated quadratic factor in the denominator. |
|
p. 745: 29-41 odd
read 7.5 |
Mon
5/4 |
7.5 |
Systems of inequalities (pp.755-767)
Graph a linear inequality in two variables.
Graph a non-linear inequality in two variables.
Graph a system of inequalities. |
half-plane |
pp. 763-764: 1-31 odd |
Tue
5/5 |
7.5 |
Systems of inequalities (pp.755-767)
Graph a system of inequalities. |
half-plane |
p. 764: 33-51 odd, 59 |
Wed
5/6 |
7.6 |
Linear Programming (pp. 767-774)
Writing an objective function describing a quantity that must be maximized or minimized.
Use inequalities to describe limitations in a situation.
Use linear programming to solve problems. |
linear programming
objective function
constraints |
pp. 771-772: 1-13 odd |
Thu
5/7 |
Review |
Review section 7.6 homework.
Review sections 7.3 and 7.5 |
|
study for test |
Fri
5/8 |
Test |
Test sections 7.3, 7.5, and 7.6. |
|
read 10.1 |
|
