Tentative Outline
Week # | Week Dates | Section | Topic |
1 | 8/31 – 9/4 | 4.1 | Introduction to Sets |
2 | 9/7 – 9/11 | 4.2 | The Number of Elements in a Set |
4.3 | Sample Spaces and Events | ||
3 | 9/14 – 9/18 | 4.4 | Introduction to Probability |
4.5 | Rules for Probability | ||
4 | 9/21 – 9/25 | 4.6 | Conditional Probability |
4.7 | Bayes’ Theorem | ||
5 | 10/1 | Ch 4 | Exam 1 (10/1 from 6-7pm) |
5 | 9/28 – 10/2 | 5.1 | Multiplication Principle and Permutations |
5.2 | Combinations | ||
6 | 10/5 – 10/9 | 5.3 | Probability and Counting |
5.4 | Bernoulli Trials | ||
7 | 10/15 | Ch 5 | Exam 2 (10/15 from 6-7pm) |
7 | 10/12 – 10/16 | 6.1 | Random Variables |
6.2 | Measures of Central Tendency | ||
8 | 10/19 – 10/23 | 6.3 | Measures of Spread |
6.4 | Normal Distributions | ||
9 | 10/29 | Ch 6 | Exam 3 (10/29 from 6-7pm) |
9 | 10/26 – 10/30 | F.1 | Simple Interest and Discount |
F.2 | Compound Interest | ||
10 | 11/2 – 11/6 | F.3 | Annuities |
F.4 | Present Value of Annuities and Amortization | ||
11 | 11/12 | Ch F | Exam 4 (11/12 from 6-7pm) |
11 | 11/9 – 11/13 | 1.1 | Mathematical Models |
1.2 | Systems of Linear Equations | ||
1.3 | Gaussian Elimination | ||
12 | 11/16 – 11/20 | 1.4 | Systems of Equations with Non-Unique Solutions |
2.1 | Introduction to Matrices | ||
2.2 | Matrix Multiplication | ||
13 | 11/23-11/27 | Thanksgiving Break | |
14 | 12/3 | Ch 1, 2 | Exam 5 (12/3 from 6-7pm) |
14 | 11/30 – 12/4 | 3.1 | Linear Programming |
3.2 | Graphing Linear Inequalities | ||
3.3 | Solving Linear Programming Problems | ||
15 | TBD | Cumulative | Final Exam (TBD) |