Advanced Algebra – Chapter 11 & 12 Name
Equations & Inequalities Objectives:
11.1 Use and Write sequences
11.1.2 Find sums of series using sigma notation
11.2 Write and use rules for arithmetic sequesnces
11.2.2 Write and use rules for arithmetic series
11.3Write and use rules for geometric sequences
11.3.2 Write and use rules for geometric serues
11.4 Find sums of infinite geometric series
11.5 Evaluate and write recursive rules for sequences
12.1 Use the fundamental counting principle
12.1.2 Use permutations
12.2 Use combinations
12.3 Find theoretical and experimental probabilities
Be sure to come in before or after school to retest over any objective less than 75%
Time Line:
Day 1 / Day 2 / Day 3 / Day 4 / Day 5 / Day 611.1 Use and Write sequences
11.1.2 Find sums of series using sigma notation
Assignment:
Pg. 655 3-63 3rd / 11.2 Write and use rules for arithmetic sequesnces
11.2.2 Write and use rules for arithmetic series
Assignment:
Pg. 663 3-54 3rd / 11.3Write and use rules for geometric sequences
Assignment:
Pg.670 3-66 3rd / 1.4 Find sums of infinite geometric series
Assignment:
Pg. 678 3-45 3rd / QUIZ
11.5 Evaluate and write recursive rules for sequences
Assignment
Pg.684 3-33 3rd / Assignment
Worksheet review
Day 7 / Day 8 / Day 9 / Day 10 / Day 11 / Day 12
Chapter 11 Test / 12.1 Use the fundamental counting principle
12.1.2 Use permutations
12.2 Use combinations
12.3 Find theoretical and experimental probabilities Assignment:
Pg.705 15-60 5th
Pg.712 15-55 5th Pg.719 15-40 5th / Assignment
Worksheet review / Chapter 11 Test / Fill out objective cards, check in books and calculators, review for final exam. / FINAL
Vocabulary Chapter 11
- summation notation
- sigma notation
- common difference
- factorial
- integers
- finite differences
- terms of a sequence
- sequence
- finite sequence
- infinite sequence
- series
- summation notation
- arithmetic sequence
- common difference
- arithmetic series
- geometric sequence
- common ratio
- geometric series
- explicit rule
- recursive rule
- Formulas for special series
- Rule for arithmetic sequence
- The sum of a finite arithmetic series
- Rule for a geometric sequence
- The sum of a finite geometric series
- The sum of an infinite geometric series
Vocabulary Chapter 12
- Fundamental counting principle
- two events
- three or more events
- Permutations of n objects taken r at a time
- Permutations with repetition