Finite Mathematics

Book

Finite Mathematics, by Howard Rolf; Fifth Edition

Course Description

Functions and lines, linear systems, linear programming, mathematics of finance, sets and counting, and an introduction to probability. Numerous applications and an introduction to computing and computers.

Grading

Homework/Quizzes    100 
Exam #1             100 
Exam #2             100 
Exam #3             100 
Final               200 
-------------------------
Total*              500 

* The lowest score on the exams will be dropped, so only two of the three exams will count toward your final grade.

Regular attendance will be expected. Students are expected to read the sections in the book that correspond to the lectures. Plus/minus grading will be employed in figuring the final grades for this course. The lowest homework/quiz score will be dropped. Homework is due one week from when assigned. Since the lowest exam score and the lowest homework/quiz score is dropped, no makeups will be permitted. Students are expected to keep a notebook complete with all their homework, quizzes and exams.

In order to protect honest students, the consequences of cheating on an exam can include a failing class grade and being reported to the administration.

Schedule and Material To-Be-Covered

WEEK:           SUBJECT MATTER                           SECTION
------------------------------------------------------------------
Week 1          Functions and Straight Lines               1.1 
                Graphs and Lines                           1.2 
Week 2          Models and Applications of Lines           1.3 
                Systems of Two Equations                   2.1 
Week 3          Linear Systems                             2.2 
                Linear Inequalities                        3.1 3.2 
Week 4          Linear Programing: Geometric Approach      3.3 
                Applications                               3.4 
Week 5          Review                                     
                Exam #1                                    
Week 6          Simple and Compound Interest               5.1 5.2 
                Annuities and Sinking Funds                5.3 
Week 7          Present Values of Annuity and Amortization 5.4 
                Sets and Venn Diagrams                     6.1 6.2       
Week 8          Counting Principles and Permutations       6.3 6.4 
                Combinations                               6.5 
Week 9          Counting Problems                          6.6 
                Review                                     
Week 10         Exam #2                                    
                Introduction to Probability                7.1 
Week 11         Equally Likely Events                      7.2 
                Compound Events                            7.3  
Week 12         Conditional Probability                    7.4 
                Independence                               7.5 
Week 13         Review                                     
                Exam #3                                    
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{FINAL:}        11:00AM Tuesday, 18 December 2001 

Last revised: 1 April 2011


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