The course is a combination of a full pre-algebra course and an introduction to geometry and discrete mathematics. Some topics covered include prime and composite numbers, fractions and decimals, the order of operations, coordinates, exponents, square roots, ratios, algebraic phrases, probability, the Pythagorean Theorem, and more. This course can be taken in the 8th grade with teacher approval, or as a precursor to Algebra I. If taken in the 8th grade, it will not earn high school credit. The text Saxon Algebra ½ Homeschool Edition is included.

This course is designed to enhance understanding of basic, practical math applications. The course focuses on “real life” processes such as budgeting, compound interest, sales tax, small business management, and data processing to teach algebra, geometry, and statistics. The text Glencoe Mathematics Connections Integrated and Applied is included with this course.

This course covers the following skills: evaluation of expressions involving signed numbers, exponents and roots, properties of real numbers, absolute value and equations and inequalities involving absolute value, scientific notation, unit conversions, solution of equations in one unknown and solution of simultaneous equations, the algebra of polynomials and rational expressions, work problems requiring algebra for their solution, graphical solutions of simultaneous equations, the Pythagorean theorem, algebraic proofs, functions and functional notation, solution of quadratic equations via factoring and completing the square, direct and inverse variation, and exponential growth. This course can be taken in the 8th grade with teacher approval. If taken in the 8th grade, it will not earn high school credit. The text Saxon Algebra I is included with this course.

This course introduces students to the basic theorems of Euclidean plane geometry and their applications, and explores both plane and solid geometric figures. Students learn how to prove theorems by the axiomatic method, and to use these theorems in solving a variety of problems. Students also learn how to accomplish a variety of geometric constructions. The text McDougal-Littell Geometry is included with this course.

In this course, students integrate topics from Algebra I and Geometry and begin the study of trigonometry. The course provides opportunities for continued practice of the fundamental concepts of algebra, geometry, and trigonometry to enable students to develop a foundation for the study of Advanced Mathematics. The text Saxon Algebra II is included with this course.

Advanced Math prepares the student for further study of mathematics at the college level through a presentation of standard pre-calculus topics, including substantial new material on discrete mathematics and data analysis. The text Saxon Advanced Mathematics is included with this course.

Calculus treats all the topics normally covered in an Advanced Placement AB-level calculus program, as well as many of the topics required for a BC-level program. The text begins with a thorough review of those mathematical concepts and skills required for calculus. In the early problem sets, students practice setting up word problems they will later encounter as calculus problems. The problem sets contain multiple-choice and conceptually-oriented problems similar to those found on the Advanced Placement Calculus examination. Whenever possible, students are provided an intuitive introduction to concepts prior to a rigorous examination of them. Proofs are provided for all important theorems. The text Saxon Calculus is included with this course.

AP Statistics data analysis is dependent on the use of technology. Students should have access to computers that include software capable of doing data analysis. Students will be required to interpret output generated by statistical software programs. Students are not expected to learn how to use various statistical programs. In addition, one of the following Texas Instruments calculators is required: TI-83, TI-83+, TI-84, TI-84+, or TI 89. The TI-83+ is the most popular calculator for AP Statistics. In most cases the calculator is sufficient, but the fundamental tool of data analysis is the computer. The text W.H. Freeman The Practice of Statistics, TI-83/84/89 Graphing Calculator Enhanced is used in this course.