Marywood University Department of Mathematics

Course Information for Math 120

Functions of Mathematics in the Liberal Arts

Dr. Craig M. Johnson

This course demonstrates the importance and place of mathematics within the liberal arts. It is designed to implement NCTM (National Council of Teachers of Mathematics) curriculum standards. The topics are chosen specifically to:

A typical semester course covers at most four of the following nine units each of which is a chapter of a textbook I have written entitled, "Functions of Mathematics for the Liberal Arts" to be published and available by Fall, 2008. Select any chapter listed below for ancillary material, sample test problems, FAQ, and useful websites. (Still under construction.)

The course grade is determined by 2 tests, 3 quizes, homework, 3 computer/calculator labs, and the final examination. The option also exists to research and write a paper on some mathematical topic of interest to the student. Over the years, a number of these papers have been very creative and interesting. A partial list of topics is displayed at the bottom of this page. Grading is based on mathematical correctness, organization of ideas, proper grammer, and quality of presentation. If you choose to report on a person, then you must effectively summarize that person's mathematical contributions and present some actual mathematics. Footnotes and a bibliography of at least three sources is required. Quotes must be referenced. These requirements dictate that any reasonably good paper must be at least four pages in length.

1. The Concept of Function
  • Functions Around Us
  • Creation of Functional Expressions
  • The Graph of a Function
  • Interpretation of Graphs

2. Astronomy and the Methods of Science

  • Ancient Milestones
  • The Two Great Systems
  • Defense of Copernicanism
  • And All was Light
3. Logic and Computer Science
  • Statements and Connectives
  • Truth and Consequences
  • Tautologies and Syllogisms
  • Computer Programming Structures
4. Functions of Personal Finance
  • Interest and Effective Yield
  • Annuities
  • Amortization of Loans
5. Graph Theory
  • Paths and Networks
  • Euler Circuits
  • Hamilton Circuits
6. Voting Methods
  • Plurality and the Borda Count
  • The Hare System
  • Approval Voting
7. Number Theory in Music and Cryptology
  • Residue Classes and Notes
  • Transformations
  • The Circle of Fifths
  • Modular Arithmetic and Cryptology
8. Probability
  • Sample Spaces and Events
  • Introduction to Sets
  • Probability and Properties
9. Statistics
  • Representation of Data
  • Dispersion
  • The Normal Distribution
  • Confidence Intervals

 

Past Topics of Student Papers

 

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Comments to Dr. Craig M. Johnson, Chair, Dept. of Mathematics: johnsonc@ac.marywood.edu

Last update: March 7, 2007

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