**Fall 18 Exam Dates:**

Exam 1: Thursday, September 20. 6:30-7:30 pm.

Exam 2: Thursday, October 18. 6:30-7:30 pm.

Exam 3: Thursday, November 15. 6:30-7:30 pm.

Final exam: Monday, December 10. 8-10 pm.

**Course Description**

Promotes mathematical literacy among students. This course will cover important mathematical ideas and problem solving skills in the context of science, technology, and/or society. Topics may include logic and critical thinking, Venn Diagrams, problem solving, sets, units of measure, percentages and ratios, counting and probability, exponential growth and decay, linear and exponential models. Quantitative Reasoning is designed to stimulate interest in and appreciation of mathematics and quantitative reasoning as valuable tools for comprehending the world in which we live.

This course does not satisfy the prerequisite of any other math course.

**Textbook and Course Materials:**

- MML AUTOACCESS –
**Required** - COURSE WORKBOOK – Custom Edition -
**Required**– A manual containing an outline of class notes. - TEXTBOOK –
**Recommended**-**Using & Understanding Mathematics: A Quantitative Reasoning Approach (7th Edition) by Bennett and Briggs.** *NOTE: Students may use a TI-30XS or TI-30X IIS scientific calculator on exams in this course.***No other calculators are permitted.**

**Sections Covered**

**Chapter 2-Approaches to Problem Solving****2A Understand, Solve, and Explain**- Learn a general problem-solving process, along with the basic principles of unit analysis that can be very useful to this approach.

**2B Extending Unit Analysis**- Review standardized units, and apply unit analysis to problems involving energy, density, and concentration.

**2C Problem-Solving Hints**- Explore a general set of hints for effective problem solving.

**Chapter 3-Numbers in the Real World**- Review Percentages and Ratios
**3A Uses and Abuses of Percentages**- Become familiar with subtle uses and abuses of percentages.

**3B Putting Numbers in Perspective**- Develop techniques for giving perspective to many large and small numbers we encounter in daily life.

**3C Dealing with Uncertainty (Significant Errors, Random and Systematics Error, Absolute and Relative Error)**- Understand the types of errors that affect measured numbers and explore ways of dealing with the inevitable uncertainty of numbers in the daily life.

**3D Index Numbers: The CPI and Beyond**- Study the role of index numbers, particularly the Consumer Price Index (CPI), in modern life.

**3E How Numbers Can Deceive: Polygraphs, Mammograms, and More**- Explore how numbers can be deceiving unless we interpret them carefully.

**Chapter 4-Managing Money**- Review Powers and Roots
**4A Taking Control of Your Finances**- Review the basics of personal budgeting.

**4B The Power of Compounding**- Explore the basic principles of compound interest.

**4C Savings Plans and Investments (Savings Plan Formula, Total and Annual Return, Stocks and Bonds)**- Calculate the future value of savings plans and study investments in stocks and bonds.

**4D Loan Payments, Credit Cards, and Mortgages**- Understand the mathematics of loan payments, including those for student loans, credit cards, and mortgages.

**4E Income Taxes**- Explore the mathematics of income taxes and the political issues that surround them.

**4F Understanding the Federal Budget**- Examine the federal budget process and related political issues.

**Chapter 5-Statistical Reasoning****5A Fundamental of Statistics**- Understand how statistical studies are conducted, with emphasis on the importance of sampling.

**5C Statistical Tables and Graphs**- Interpret and create basic tables and graphs, including frequency tables, bar graphs, pie charts, histograms, and line charts.

**Chapter 6-Putting Statistics to Work****6A Characterizing Data**- Investigate ways of describing data by their average value – including mean, median, and mode – and their distribution.

**Chapter 7-Probability****7A Fundamentals of Probability (Theoretical, Frequency, and Subjective Probability, Distributions)**- Explore basic concepts of probability and learn three methods for determining probabilities: theoretical, relative frequency, and subjective.

- Review The Multiplication Principle
**7B Combining Probabilities (And vs Either/Or, At Least Once Rule)**- Learn basic rules for adding and multiplying probabilities.

- Review Factorials
**7E Counting and Probability (Arrangements, Permutations, Combinations)**- Learn about permutations and combinations and apply them to probability and to exploring coincidences.

**Chapter 8-Exponential Growth and Decay****8A Growth: Linear vs Exponential**- Distinguish between linear growth and exponential growth, and explore the remarkable effects of the repeated doublings that characterize exponential growth.

**8B Doubling Time and Half-life (Approximate Doubling Time and Half-life Formula, Exact Formulas)**- Find and understand the doubling time for exponential growth and the half-life for exponential decay.

**Chapter 9-Modeling****9A Functions: The Building Blocks of Mathematical Models**- Understand the concept of a function, which expresses a mathematical relationship between two or more variables.

**9B Linear Modeling (Linear Functions, Slope, slope-intercept form)**- Learn to write and use linear functions, which describe straight-line graphs.

**Chapter 1-Thinking Critically****1A Living in the Media Age**- Explore common fallacies, or deceptive arguments, and learn how to avoid them.

**1B Propositions and Truth Values (Negation, Logical Connectors)**- Study basic components of logic, including propositions, truth-values, truth tables, and the logical connectors
*and, or,*and*if…then.*

- Study basic components of logic, including propositions, truth-values, truth tables, and the logical connectors
**1C Sets and Venn Diagrams**- Understand sets, and use Venn diagrams to visualize relationships among sets.

**1D Analyzing Arguments (Inductive and Deductive)**- Learn to distinguish and evaluate basic inductive and deductive arguments.

**1E Critical Thinking in Everyday Life**- Apply logic to common situations in everyday life.