Mathematics

Philosophy

The objectives in Middle School mathematics are the maintenance, expansion, and refinement of arithmetic skills; the acquisition of a comprehensive mathematical vocabulary, including terminology and symbolism; and an acquaintance with problem-solving techniques necessary for success in the study of algebra. An experiment-based, interdisciplinary math/science project is conducted second term, leading to the Middle School Math Science Night when projects are exhibited.

Grade Five

Skills using arithmetic operations, including work with fractions and decimals, are refined and expanded. Geometry lessons include perimeter, area, and volume. Individual projects help students to realize the everyday use of mathematics outside the classroom. Text: Houghton-Mifflin, The Mathematics Experience, Level 6.

Grade Six

The mathematics vocabulary continues to expand, and terms dealing with symbols and notation are presented. Estimation skills as well as fraction, decimal, and percent skills are reviewed and expanded. Measurement systems, number theory, geometry, ratio, exponents, and combinatorics are also studied. Positive and negative numbers and algebra are introduced. Text: Houghton-Mifflin, The Mathematics Experience, Level 7.

Form I

Skills necessary for the understanding of algebra and more advanced arithmetic concepts are introduced. Work with rational numbers and variables leads to the use of algebraic expressions necessary for the solution of linear equations. Lessons in plane geometry examine areas of certain polygons. Some concepts of elementary statistics are introduced. Text: Saxon Publishing, Algebra 1/2.

Form II: Algebra I

In this course, students learn to add, subtract, multiply, and divide polynomials. These skills enable them to solve linear and quadratic equations, which are useful for solving a wide range of word problems with practical applications. Slopes, exponents, systems of equations, and square roots are among the topics investigated. Graphing techniques are introduced. Text: Addison Wesley, Algebra I, Classic Edition.