Math Classes

Through the teaching of basic skills and concepts, the mathematics’ curriculum strives to respond to the prior experience, current knowledge, aspirations, and learning style of each student.

Algebra I

This course is designed for students who have successfully completed pre-algebra. The course will prepare students for Algebra II and create an understanding of how to apply mathematics. Topics covered include translating written statements into equations and inequalities, using number lines, solving linear equations and inequalities, proportional reasoning, graphing functions, and an introduction to polynomials. Graphing calculators are encouraged, but not required.

Algebra II

Prerequisite: Algebra I
This course presents a more in-depth study of the topics included in Algebra I. Students will study functions and relations, the development of formulas and their applications, conics, matrices, etc. Graphing calculators will be used as a means to enhance lesson topics. Students will engage in hands-on activities to demonstrate the actual mathematical applications of the topics under investigation.

Geometry

Prerequisite: Algebra II
This course presents a rigorous in-depth study of Euclidean and non-Euclidean geometry with an introduction to trigonometry. Emphasis will be placed on inductive and deductive reasoning. Students will deal with the real world applications of geometry.

Trigonometry

This course presents the study of right triangles and uses the six basic functions to solve actual mathematical problems. Students will focus on the topics of graphs and transformations of the parent functions, solving trigonometric equations and using identities to prove a variety of trigonometric statements. A TI-82 or similar graphing calculator is required.

Calculus

This course is the study of mathematics of the continuum. Both the theory of elementary functions and real world applications of mathematics will be studied. Students will learn differential and integral calculus plus their applications. A TI-82 or similar graphing calculator is required.

Calculus II

A continuation of Calculus I that covers logarithmic, exponential and other transcendental functions. The course highlights various applications of integration, which builds an understanding of three-dimensional objects and their volumes, by delving into the function and development of the disc and shell methods. Integration techniques and L’Hopital’s Rule are also covered. We spend quite a bit of time doing problems in class, learning from mistakes, and working cooperatively to better understand the concepts and their applications.