Formal, in-depth study of algebraic concepts and the real number system; algebraic expressions; equations and inequalities; functions; graphing; equations of lines; applying formulas to find perimeter, area, volume, circumference, distance, midpoint, and slope; systems of equations; quadratic, radical, and absolute value equations; basic probability and statistics; problem solving

First part of a formal study of algebraic concepts and the real number system; approximately one-half the content of Algebra I

Second part of a formal study of algebraic concepts and the real number system; approximately one-half the content of Algebra I

Study of plane and solid geometry; theorems; construction and modeling; lines; area; perimeter; volume; angle relationships; parallel and perpendicular lines; polygons; right triangles; radical equations; congruence; similarity; symmetry; study of axiomatic systems

Applied mathematical concepts of algebra and geometry; multidisciplinary approach to problem solving in science, probability, statistics, business, economics, medicine, health, and consumerism

Advanced algebra topics; complex numbers; graphing; theory of equations; polynomials; irrational numbers; problem solving; logarithms; quadratic equations; systems of equations and inequalities; matrices; sequences and series; polynomial, exponential, and logarithmic functions; probability and statistics topics (same content as Algebra II with Trigonometry with the omission of trigonometry)

Integrated course; advanced algebra topics; complex numbers; graphing; theory of equations; polynomials; irrational numbers; problem solving; logarithms; quadratic equations; systems of equations and inequalities; matrices; sequences and series; polynomial, exponential, and logarithmic functions; probability and statistics topics; trigonometry

Combined advanced math course; approximately one-half year of calculus and one-half year of analytic geometry