Mathematics

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Math Course Sequences:

    Sequence 1
  • Applied Algebra
  • Applied Geometry
  • Consumer Math
  • Algebra
  • Intermediate Algebra

    • Sequence 2
  • Algebra
  • Intermediate Algebra
  • Geometry
  • Advanced Algebra
  • Pre-Calculus/Trig

    • Sequence 3
  • Intermediate Algebra
  • Geometry
  • Advanced Algebra
  • Pre-Calculus/Trig
  • Calculus

    • Sequence 4
  • Geometry
  • Advanced Algebra
  • Pre-Calculus/Trig
  • Calculus

Students who receive a "D" in a math course should consult with their teacher and counselor to determine if they should repeat the course before continuing in the sequence
or
 change to a different math sequence in order to meet graduation requirements. Students wishing to take a math course out of sequence must have written permission from their last math teacher and the math department chair. For placement in all math classes, it is recommended that a student receive at least a "C" grades in the prerequisite course.

Applied Algebra (2 terms, 1 credit)

Prerequisite: Placement by current math teacher and counselor
Level: Fr
Fee: A scientific calculator is required
Applied Algebra bridges the gap between basic math and algebra using hands on activities, real world applications, problem solving, and calculators.

Algebra (2 terms, 1 credit)

Prerequisite: Placement by current math teacher and counselor
Level: Fr
Fee: A graphing calculator similar to the TI-83 plus is recommended
Algebra is the standard high school algebra course. It is the science of expressing numbers and number properties by means of general symbols. Algebra requires students to use abstract reasoning skills and to apply those skills to real life applications. The course includes math/science investigations. Students taking algebra should have average or above average mathematical abilities.

Intermediate Algebra (2 terms, 1 credit)

Prerequisite: Algebra
Level: Fr, So
Fee: A TI-83 graphing calculator is required.
Intermediate Algebra extends the study of algebra and algebra applications. Chapters from the Advanced Algebra 2 textbook will be covered. Students are required to complete an applying math project.

Intermediate Algebra (Honors) (2 terms, 1 credit)

Prerequisite: Algebra/Honors application is required
Level: Fr, So
Fee: A TI-83 graphing calculator is required.
Honors Intermediate Algebra is a rigorous course preparing students for Honors Geometry, Honors Advance Algebra, Honors Trig and Calculus AP. Topics include polynomials, quadratic functions, radical expressions, rational expressions, solving equations and inequalities, linear functions, systems of equations, and matrices. Students are required to do a project each term. The students also do independent enrichment activities during the entire semester.

Applied Geometry (2 terms, 1 credit)

Prerequisite: Applied Algebra
Level: So, Jr
Fee: A scientific calculator is required
This course is designed for those students who would normally have difficulty with the traditional course in geometry. Applied Geometry covers the same concepts as the regular Geometry course, but at a slower pace and not as in depth. Students will spend less time on proof and more time on application and problem solving.

Consumer Mathematics (2 terms, 1 credit)

Prerequisite: Applied Geometry
Level: Jr
Fee: A scientific calculator is required
The course emphasizes the applications of mathematics to consumerism, having a job, choosing a career, and functional citizenship in our technological society. Students successfully completing Consumer Mathematics fulfill the Consumer Education state requirement.

Geometry (2 terms, 1 credit)

Prerequisite: Intermediate Algebra
Level: Fr, So, Jr
Fee: A TI-83 calculator is required
This course deals with two and three dimensional figures and their properties from basic terms to polygons and solids. Attention is given to developing logical thinking processes through various forms of proof. Algebra is strongly integrated into this course in solving geometry problems. Realistic and relevant applications of concepts and logical thinking processes are made to real-life problem settings. Visualization, pictorial representations, technology, and hands-on discovery are emphasized.

Geometry (Honors) (2 terms, 1 credit)

Prerequisite: Honors application required
Level: Fr, So, Jr
Fee: A TI-83 calculator is required
This course deals with two and three dimensional figures and their properties from basic terms to polygons and solids. Attention is given to developing logical thinking processes through various forms of proof. Algebra is strongly integrated into this course in solving geometry problems. Realistic and relevant applications of concepts and logical thinking processes are made to real-life problem settings. Visualization, pictorial representations, technology, and hands-on discovery are emphasized. The quantity and depth of learning activities, projects, and assignments, the pace and the complexity of ideas and concepts studies are significantly higher than regular Geometry.

Advanced Algebra (2 terms, 1 credit)

Prerequisite: Intermediate Algebra and either Geometry or Applied Geometry
Level: Jr, Sr Elective
Fee: $10.00 and students must have a TI-83 calculator
Advance Algebra is a rigorous course preparing students for Trigonometry, Calculus, and other higher level math courses. Topics include conic sections, quadratic relationship and complex numbers, radical expressions, polynomial functions, rational expressions, logarithmic functions, sequence, series probability.

Advanced Algebra (Honors) (2 terms, 1 credit)

Prerequisite: Honors application is required
Level: Jr, Sr Elective
Fee: Students must have a TI-83 calculator
This course is for the student who shows exceptional mathematics ability. Topics include exploring polynomials and radical expressions, quadratic functions and inequalities, conic sections, rational expressions, exponential functions, logarithms, and complex numbers, sequences and series probability statistics. Students are expected to participate in math competitions.

Pre-Calculus with Trigonometry (2 terms, 1 credit)

Prerequisite: Advanced Algebra
Level: Jr, Sr Elective
Fee: Students must have a TI-83 calculator and PSAE Coach Workbook
This course prepares students for the study of Calculus. Topics include trig functions, identities, solutions of triangles, circular functions, inverse functions, complex numbers, sequence and series, theory of equations and probability.

Pre-Calculus with Trigonometry (Honors) (2 terms, 1 credit)

Prerequisite: Honors application is required
Level: Jr, Sr Elective
Fee: $10.00 and students must have a TI-83 calculator
This course addresses the topics of Pre-Calculus and Trigonometry in a more rigorous and in-depth format than the regular course. A high command of Advanced Algebra concepts and skills is necessary for success. Independent work and projects are required. Topics include trig functions and applications, vectors, limits, derivaties, and PSAE content.

Calculus (2 terms, 1 credit)

Prerequisite: Pre-Calculus with Trigonometry
Level: Sr Elective
Fee: Students must have a TI-83 calculator
Students in calculus study limits, differentiation, applications of differentiation, integration, applications of integration, and transcendental functions. The content of Calculus is equivalent to the content in the first course of a three semester college calculus sequence.

Advanced Placement Calculus (2 terms, 1 credit)

Prerequisite: Pre-Calculus with Trigonometry / Honors application is required
Level: Sr Elective
Fee: Students must have a TI-83 calculator/ $38.00 for AP test book
This course is for those students who have excellent mathematical ability and skill and want to be challenged at an extremely high level. The course follows the Advance Placement AB curriculum that covers differential and integral calculus and focuses on the AP test. Students are encouraged to take the AP test in May.

Computer Programming (formerly C++) (2 terms, 1 credit)

Prerequisite: Advanced Algebra
Level: Jr, Sr Elective
Fee: TBA
Students in this course will focus on learning basic structured programming to create Windows Application software. Due to the numerous programming languages available today, emphasis in this class will be placed on fundamental programming concepts that are common to most languages. There is also a strong emphasis on programming skills and logic necessary to solve problems in science, math, and business. Students will conduct independent projects.

Statistics (2 terms, 1 credit)

Prerequisite: Advanced Algebra
Level: Jr, Sr Elective
Fee: Students must have a graphing calculator similar to the TI-83
This course covers the topics of statistics including measures of central tendency and variations, probability, distributions and hypothesis testing. Students will conduct independent research projects.