2026-2027 TSD Course Description Book - Flipbook - Page 44
Algebra 2 Part B (103273/203273)
Grades 11-12
Full year 1.0 credit
Meets NCAA requirements
Students must have completed Algebra 2 Part A to be enrolled in this course. Course content includes exponential and logarithmic
functions, statistics and data analysis, rational functions, sequences and series, trigonometry, probability and statistics, and
combinatorics. The course also includes a study of trigonometry including functions, circle and triangle trigonometry, trigonometric
applications, and logarithms. The pace of the class is less accelerated than Algebra 2, covering the equivalent of the second semester
of Algebra 2 over the entire school year. Successful completion of Algebra 2 Part A and Algebra 2 Part B is equivalent to the
successful completion of a full course of Algebra 2.
Algebra 2 (103093/203093)
Grades 9-12
Full year 1.0 credit
Meets NCAA requirements
Students must have completed Algebra 1 and Geometry to be enrolled in this course. Content includes the real number system,
equations and inequalities, graphing, quadratic equations, functions, systems of equations, arithmetic and geometric sequences and
series, operations with polynomials, powers, roots, irrational and complex numbers, radicals, exponentials and logarithms, rational
expressions, introduction to Trigonometry and Statistics. Students who successfully complete this course are prepared for AP
Precalculus AB.
Honors Algebra 2 (103183/203183)
Grades 9-12
Full year 1.0 credit
Meets NCAA requirements
Students must have completed Algebra 1 and Geometry to be enrolled in this course. In addition to the concepts applied in Algebra 2,
students extend their understanding by solving more complex problems. Honors classes are designed for students who have an interest
in developing math skills at an accelerated pace and advanced level. Students who successfully complete this course will be prepared
for AP Precalculus BC.
AP Precalculus AB (103235/203235)
Grades 9-12
Full year 1.0 credit
Meets NCAA requirements
Students must have completed Algebra 2 to be enrolled in this course. AP Precalculus is a college-level mathematics course designed
to prepare students for advanced study in calculus and other STEM fields. This course replaces the previously offered Precalculus.
Through the study of functions, modeling, and problem-solving, students will develop a deep understanding of the concepts that
underlie calculus. Major topics include polynomial, rational, exponential, logarithmic, and trigonometric functions; polar and
parametric equations; and the analysis of rates of change. Students have the opportunity to take the AP Precalculus exam and are
prepared to take AP Calculus AB.
AP Precalculus BC (103234/203234)
Grades 9-12
Full year 1.0 credit
Meets NCAA requirements
Students must have completed Algebra 2 to be enrolled in this course. AP Precalculus BC is a college-level mathematics course
designed to prepare students for advanced study in calculus and other STEM fields. This course replaces the previously offered
Honors Precalculus. Through the study of functions, modeling, and problem-solving, students will develop a deep understanding of
the concepts that underlie calculus. Major topics include polynomial, rational, exponential, logarithmic, and trigonometric functions;
polar and parametric equations; and the analysis of rates of change. This course includes the additional content of limits and
derivatives and vectors. Students have the opportunity to take the AP Precalculus exam and are prepared to take AP Calculus BC.
College Algebra (103023/203023)
Grades 10-12
Full year 1.0 credit
Meets NCAA requirements
Students must have completed Algebra 2 to be enrolled in this course. This is a course for students that have completed Algebra 2 but
are still developing the mastery of content that is required for success in Precalculus. It is a year-long course made up of solving
different types of equations and inequalities that include polynomial, quadratic, exponential, logarithmic, and rational in more depth.
The second semester explores sequences and series, matrix operations and applications, conics, trigonometric applications, as well as
an introduction to statistics. Students who successfully complete this course are prepared for Precalculus.
