Extended Algebra is a course for students who need extra help and time to be successful in math. This course includes operations with positive and negative numbers, solving multi-step equations, graphing linear and quadratic equations, and solving applied word problems. Extended Algebra requires a two-year algebra commitment. Learning demonstrations will include tests, homework, class participation, and projects. (Need prior approval from counselor to register for this class.)

First year algebra includes working with problems that involve ratios, solving and graphing linear and quadratic equations, and solving systems of equations. A scientific calculator is required. Learning demonstrations include: homework, class participation, quizzes, tests, and projects. Honors coursework is available.

Second year Algebra builds on the concepts learned in Algebra I. Students will study linear, quadratic, logarithmic and trigonometric functions; inequalities, absolute value, real and imaginary numbers. A graphing calculator is required. Assessments include: homework, tests, quizzes, class participation, projects and teacher observation.   Honors coursework is available.

Math Analysis is an introduction to further math study. Topics addressed are trigonometric functions, probability and statistics, advanced algebra and analytical geometry. A TI-83(or better) graphing calculator is required. Assessments include: tests, quizzes, homework, projects, class participation and teacher observations.  Honors coursework is available.

This high school level calculus course explores the differentiation and integration of algebraic, exponential and trigonometric functions. Calculus is the mathematics of motion and an essential tool for college studies in physics, chemistry, biology, geology, medicine, business, economics, psychology, engineering and computer science. The goal of this class is to introduce material so that students will be successful in college level Calculus. A TI-83(or better) graphing calculator is required. Learning demonstrations will include homework, class participation, quizzes, tests, and projects.

Geometry provides a base knowledge for additional courses in mathematics, science, and vocational education. The areas of study include plane figures, such as lines circles and triangles. Three-dimensional concepts such as volume and surface area are also studied. A scientific calculatior, protractor and compass are required. This course integrates geometry curriculum in a design development process using 3-D modeling computer design software. Learning demonstrations include: tests, quizzes, homework, class participation and projects. Honors coursework is available.

Successful upper-level math students will serve as peer tutors in math classes. Responsibilities may include working one-on-one with students, answering questions during work time, and assisting the teacher as needed. This class is especially appropriate for students who are considering a career in teaching.

Learning will be assessed by students working successfully with other students.