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COURSES OF STUDY
MA 160 Introduction to Probability (1)
An introduction to probability using a problem-solving approach. This
course is designed for non-mathematics/science majors. Topics include
elementary probability, independent events, conditional probability,
probability distributions, expected value, combinations, permutations,
and applications of probability and counting. The course focuses on
applied problems throughout and extended projects further illustrate
applications of these areas of mathematics.
MA 207 General Statistics (1)
An investigation of four fundamental topics in statistics: displaying
data, producing data, probability, and statistical inference. The course
uses a statistical software package. Fall, Spring.
MA 231 Calculus I (1)
A course in calculus emphasizing graphical, numerical, analytical,
and descriptive points of view. Topics include functions, derivatives,
definite integrals, and the Fundamental Theorem of Calculus. A primary
learning objective is a working knowledge of differentiation. Not open
to students who have passed MA 232 or equivalent. Fall, Spring.
MA 232 Calculus II (1)
A continuation of Calculus I. This course continues to emphasize
graphical, numerical, analytical, and descriptive points of view. Topics
include definite integrals, approximation techniques, indefinite
integrals, elementary differential equations, modeling, Taylor
polynomials, and infinite series. A working knowledge of differentiation
is assumed. Fall, Spring.
MA 240 Discrete Structures (1)
An introduction to concepts fundamental to the analysis of algorithms
and their realizations. Topics include set theory, induction, recursion,
graphs, networks, and Boolean algebra. Prerequisite: MA 231.
MA 250 Mathematical Modeling (1)
An introductory course in mathematical modeling for students who
have had some prior experience with calculus. Models are developed
for various applications in areas such as finance, ecology, and the social
sciences. The methods focus predominantly on discrete dynamical
models that can be easily implemented using a common spreadsheet
program. Some familiarity with basic calculus allows analytical tools to
complement this computational approach.
MA 293, 393, 493 Independent Study in Mathematics (½ or 1)
Directed study for advanced students in the major. Coursework
may include directed readings, inquiry, and/or research project in
mathematics or statistics. Specific guidelines concerning independent
study projects appear in the Individualized Study section of this catalog.
