24 courses with the subject MATH, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
MATH 070Basic Algebra3
See Math Flowchart, page 139. Provides the basic mathematical skills necessary to enter MATH 099. Topics include operations of whole numbers and signed numbers, fractions and decimals, as well as ratio, proportions, and percents. Introduces equations, geometric applications, the laws of exponents, operations with polynomials, and basic factoring.
Math 102 or equivalent. A continuation of the study of Intermediate Algebra, this course introduces the fundamentals of trigonometry. The basic properties of the complex number system are first reviewed. The concept of function is then introduced and applied to algebraic, rational, exponential, and logarithmic functions. Applications of the
Math 104 or equivalent. This course completes the study of algebraic and trigonometric skills necessary for the successful study of calculus. Trigonometric functions and identities are applied to analytic geometry. Applications of oblique triangle trigonometry and vectors are emphasized. Systems of equations and inequalities are solved using
MATH 108Calculus I4
Flowchart, Page 139.) Studies functions; properties of limits and continuity; derivatives with applications to related rates, maximum/minimum and curve sketching; the chain rule; differentials; the mean value theorem; Newton’s Method; integration with applications to plane areas, volumes of solids of revolution by disk, shell, and cross sections. Differentiation and integration of exponential and logarithmic functions are applied to growth and decay. GE01, MATH
Math 099. The course is designed to prepare the student to develop an understanding of the foundation in Mathematics, which includes arithmetic, algebra, geometry, data analysis and quantitative reasoning. Students will show competence in these skill areas with the support of computer software and resources available on the internet. GE01, MA
MATH 099 or placement in MATH 102. This course strengthens foundational mathematics skills with an emphasis on technical and engineering applications. Topics include linear equations and formulas; proportions and variation; measurement systems and unit conversions; exponents and polynomials; geometry; and coordinate systems. Practical applica
MATH 102, MATH 113, or placement at or above college level math. This course extends algebra and trigonometry concepts with emphasis on technical and engineering applications. Topics include radical expressions and equations; systems of linear equations; quadratic equations, exponential and logarithmic functions; and trigonometry. Practical a
Math 099 or equivalent. This course is for students seeking a degree in childhood education. Topics include problem solving, sets and relations, numeration systems, whole numbers, integers, rational numbers, real numbers, percents, number theory and proportional reasoning. Students will use logical reasoning and problem solving to communicate
Math 099 or equivalent. This course is for students seeking a degree in childhood education. Topics include elementary probability, statistics, geometry and measurement. Students will use logical reasoning and problem solving to communicate their comprehension to the elementary student. MATH
Math 070 or equivalent, or Corequisite: Math 017. The course is designed to give liberal arts students not majoring in mathematics or science an appreciation of mathematics with an emphasis on problem solving as it relates to individual topics. Core topics will include inductive and deductive reasoning, numeration systems, personal finance, m
MATH 099 or Math 117 or equivalent. An introductory course in statistics for non STEM majors. Course utilizes basic algebraic hand calculations and use of technology (Excel, Minitab and/or a graphing calculator). Topics include sampling design, visual and descriptive statistics along with basic linear regression/correlation models. Probabilit
MATH 201Calculus II4
Flowchart) Continuation of Calculus I. Topics include applications of integration in arc length and surface area, work, fluid pressure and fluid force, moments and centroids, integration techniques, L’Hopital’s Rule and improper integrals. Also covers sequences, infinite series, Taylor Series, interval of convergence, conic sections, parametric equations, polar equations and their graphs. GE01, MATH
Flowchart) Multivariable calculus including vectors in planes and space; lines, planes and surfaces in space; rectangular, cylindrical and spherical coordinates; vector-valued functions, motion, arc length and curvature; functions of several variables, partial derivatives, chain rules, directional derivatives and gradients, tangent planes; Lagrange multipliers. Also multiple integration applied to volume center of mass and surface area; vector analysis including vector fields, line integrals, Green’s Theorem, parametric surfaces, surface integrals, divergence, curl and Stokes’ Theorem. GE01, MATH
Flowchart) Introduces linear algebra with emphasis on interpretation and the development of computational techniques. Topics include systems of equations; matrices are utilized for the interpretation of vector spaces, subspaces, independence bases, dimension, inner product, outerproduct, orthogonal and orthonormal sets. Also the transformation of matrices, matrix operations, inverses, conditions for invertibility, determinants and their properties. The characteristics equation and its eigenvalue are used for problem solving and the development of linear transformations. GE01, MATH
of first and higher order; focus on linear differential equations. Methods include separation of variables, undetermined coefficients, variation of parameters, D-operators, Laplace transforms and infinite series. Applications include formulation, solution and interpretation of initial and boundary value problems in physics, electricity and engineering. GE01, MATH
MATH 201. (See Math Flowchart,) Techniques for solving differential equations
MATH 210Math/Data Structures3
most commonly used data structures and their implementation. Algorithms and operations show the use of major data structures in computer science. Includes stacks, symbol tables, queues, sets, search trees, strings and graphs. Study provides a basis for developing new algorithms. GE01, MATH
includes propositional and predicate logic, sets, functions, matrix algebra, number theory, algorithms, valid arguments, direct and indirect proofs, proof by contradiction, mathematical induction, permutations, combinations and other counting techniques, and discrete probability. GE01, MATH
a minimum final grade of C+. Topics range from data collection, descriptive statistics and linear regression models to inferential statistics. Includes probability, counting principles, and binomial probability distribution. Normal probability distribution and student’s t-distribution are discussed in single and two-populations applications. Statistical inference (confidence intervals and hypothesis testing) in sociology, psychology, and business/industry are stressed. Additional topics may include Chi-square goodness of fit test, tests for independence, and testing the significance of the linear regression model. GE01, MATH
