For a complete list of course offerings see the Degree Plans found in current and previous catalog's.
MTH099  Introduction to Algebra  4 credits Students will review computations with whole numbers, integers and rational numbers; simplifying algebraic expressions; solve and graphing linear equations and inequalities; one variable practical applications; basic geometric concepts to include perimeter and area of basic figures; systems of linear equations; computations with polynomials, rational expressions and radicals. This course is offered without elective credit as a service to the student who needs to study basic mathematical concepts as a preparation for MTH 150. This course should not be taken by a student who has had Algebra I or Algebra II on the secondary level. Credits may not be applied toward graduation requirements.
MTH115  Geometry I  1 credit This course provides an introduction to Euclidean and computational geometry. This course will include areas, volumes and surface areas, angles, constructions, deductive proofs and elementary trigonometry.
MTH116  Geometry II  1 credit This course provides an introduction to Euclidean and computational geometry. The course will include geometric figures, constructions and deductive proofs.
MTH125  Elementary Applications in Mathematics  3 credits This course includes statistics, probability, logic, personal finance, algebra and elementary topics in mathematics.
MTH150  College Algebra  4 credits This course includes first degree equations and inequalities in one variable; irrational and complex numbers; quadratic equations and inequalities; functions and graphs; exponential, logarithmic and special functions; systems of equations; sequences and series.
MTH180  Precalculus  4 credits This course includes basics of college algebra, trigonometry and analytic geometry. This course is designed for a student who has completed two years of high school algebra but has not had trigonometry and/or analytic geometry. Prerequisite: Take MTH150
MTH205  Discrete Mathematics  3 credits This course introduces mathematical structures and their applications to computer science. Topics include: counting techniques, mathematical logic, set theory, Boolean algebra, graph theory and the application of algebraic structures to computer design. Prerequisite: Take MTH150
MTH209  Calculus I  4 credits This course is on an elementary introduction to most of the basic material of calculus: functions and limits, derivatives, direction fields, antiderivatives, trigonometric functions, integrals and areas of regions in the plane. The course is designed for the student who needs the basic topics for physics, chemistry, biology, business and engineering courses. Prerequisite: Take MTH180
MTH210  Calculus II  4 credits This course continues with a deepening of the material of Calculus I. Topics include: applications of the definite integral, transcendental functions, techniques of integration, polar coordinates and analytic geometry, indeterminate forms, improper integrals, lower order Taylor polynomials and infinite series. Prerequisite: Take MTH209
MTH219  Elementary Statistics  4 credits This course offers the basic concepts of statistics and their practical application. Topics include: frequency distributions, measures of central tendency, measures of dispersion, normal distribution, correlation, regression, prediction, inferential statistics and oneway analysis of variance.
MTH270  Mathematical Modeling  1 credit This course attempts to involve a student in the creative and early design aspects of problem formulation and solution. Case studies using realworld and contrived problems will be presented to demonstrate that modeling is a fundamental part of the general scientific method and is especially important in applied mathematics.
MTH303  NonEuclidean Geometry  1 credit This course is an extension of geometry into nonEuclidean forms.
MTH311  Calculus III  4 credits This course is a continuation of the calculus sequence. Topics include: vector calculus, functions of several variables, higher level partials and applications, double integrals and multiple integrals. Prerequisite: Take MTH210
MTH315  Probability with Case Studies  4 credits An introduction to general probability rules including Bayes Theorem, single and multivariable probability distributions and their properties. Prerequisite: Take MTH210
MTH355  Linear Algebra  4 credits In this course students will learn Gaussian elimination, vector spaces and subspaces, orthogonal projections and least squares fitting of data, the pseudoinverse, determinants, eigenvalues and eigenvectors.
MTH375  Methods in Numerical Analysis  3 credits In this course students will learn solution of nonlinear equations, interpolating polynomials, numerical integration, numerical differentiation, method of undetermined coefficients, numerical solution of ordinary differential equations, sets of equations and boundary value problems. Prerequisite: Take MTH210
MTH430  Differential Equations  3 credits Students will study of the fundamental methods of solving ordinary differential equations and their applications. Prerequisite: Take MTH210
MTH455  Abstract Algebra  4 credits In this course, students will learn rings, sets, integral domains, properties of the integers, fields and the rational numbers, real and complex numbers, groups and polynomials.
MTH490  Seminar  2 credits Students will learn contemporary mathematics, research readings, creative work in major area. This is the terminal course for mathematics majors.

