Introduces the study of linear equations and systems, properties of exponents, operations on polynomials, factoring, and quadratic equations with additional support with algebra techniques.. Students should take this course if they plan to pursue a pathway that requires MATH 141 (STEM) or MATH 147 (Business) or if they plan to transfer to a university that requires MATH 097 for admission.

Covers power, exponential, and logarithmic functions and analytic geometry with additional support with algebra techniques. Students who plan to pursue Science, Engineering, or Math (SEM) pathways should take this course.

Gives students the opportunity to complete MATH& 107 in one quarter with prerequisite support as needed. Explores a variety of mathematical topics presenting mathematics as an art and as a tool for understanding the world around us. Designed for non-science majors. Specific topics may be drawn from geometry, number theory, set theory, and the history of mathematics. Students will earn credit for either MATH 095 or MATH& 107 at the conclusion of the course.

Gives students the opportunity to complete MATH& 146 in one quarter with prerequisite support, as needed. Covers basic probability and descriptive and inferential statistics. Students will earn credit for either MATH 095 and MATH 096 or MATH 096 and MATH& 146 at the conclusion of the course.

Introduces operations with rational numbers, applications, problem solving skills, expressions, solving linear equations, and graphing linear relationships.

Introduces the study of linear equations and polynomials, systems of linear equations, properties of positive exponents, operations on polynomials, basic factoring, and analyzing graphs of linear, quadratic, and exponential functions. Students should take this course if they plan to pursue a pathway that requires MATH& 146 or MATH& 107.

Provides algebraic foundations by introducing the vocabulary, problem solving strategies, critical thinking, mathematical concepts, and technical skills needed to be successful. Students placing below college level on the CPT for these classes, or who are self-placing should take this class.

Introduces the study of linear equations and polynomials, including equation of a line, systems of linear equations, properties of exponents, operations on polynomials, factoring, and solving factorable quadratic equations. Students should take this course if they plan to pursue a pathway that requires MATH 099 (STEM) or MATH 147 (Business) or if they plan to transfer to a university that requires MATH 097 for admission.

Focuses on the geometric and algebraic skills needed for success in precalculus and calculus. Students who plan to pursue Science, Engineering, or Math (SEM) pathways should take this course.

Strengthens algebraic foundations for quadratic, rational, and radical expressions and equations. Introduces students to function notation and logarithms. Students who plan to pursue Science, Engineering, or Math (SEM) pathways should take this course.

Covers the theories and applications of mathematics used in technical fields with emphasis on problem solving strategies, measurement, algebra, geometry, unit conversions and the metric system.

Covers properties and applications of elementary algebraic, exponential, and logarithmic functions relevant to business, economics, and social sciences. Recommended for students studying business or economics.

Covers vectors, matrices, linear transformations, eigenvalues and eigenvectors.

Prepares students to successfully complete their own scientific research project by introducing the use of the scientific method, ethics, research methods, proposal writing, and presentation techniques. Provides a framework for students to design, plan, and carry out their own scientific research project in collaboration with peers and mentors.

Continues to prepare students to successfully complete their own scientific research project by introducing the use of the scientific method, ethics, research methods, proposal writing, and presentation techniques. Provides a framework for students to design, plan, and carry out their own scientific research project in collaboration with peers and mentors.

Introduces the theory of ordinary differential equations with applications to biological, chemical, and/or physical systems.

Covers vectors, matrices, linear transformations, eigenvalues and eigenvectors.

Explores a variety of mathematical topics presenting mathematics as a form of art and as a tool for understanding the world around us. Designed for non-science majors. Specific topics may be drawn from geometry, number theory, set theory, and the history of mathematics.

Covers power, exponential, and logarighmic functions and analytic geometry. Students who plan to pursue a Science, Engineering, or Math (SEM) pathway should take this course.

Covers trigonometric, polynomial, and rational functions and their applications.

Covers basic probability, descriptive statistics, and inferential statistics.

Covers introductory calculus for students of business and social science.

Covers differential calculus of single-variable functions.

Covers integral calculus of single-variable functions.

Covers advanced calculus topics including infinite series, Taylor polynomials, Taylor series representation of functions and calculus in polar coordinates and in parametric equations. Continuation of MATH& 152.

Covers analytic geometry in three dimensions and multivariable calculus.