- Foundation of Algebra or Pre-Algebra (School Based) or Grade 6/7 Math
- VDOE-Aligned Algebra I | Virginia Department of Education
- Algebra 2 with Analytical Geometry
- Algebra IOWA | Iowa Algebra Aptitude Test (IAAT)
- Pre-Algebra (Competition Based) or Grade 7/8 Math
- Algebra Elementary I Algebra Honors 1.5
- Algebra 2 with Trigonometry
- MOEMS- Kangaroo Training & Practice | Math Olympiads for Elementary & Middle Schools
- MathCounts Chapter & AMC 8 Concept Practice
- MathCounts State, AMC 10 Concept Practice & AIME Prep
- SOL Geometry Exam Prep – Master the Standards
- MOEMS - Kangaroo Exam Prep | Mathematical Olympiads for Elementary & Middle Schools
- MathCounts Chapter & AMC 8 -Exams
- MathCount State & AMC10 -Exams
- SOL Exam Prep – Master the Standards
- TA Elementary Division Theory - Contest Years 2001-02 to 2025-26
- TA ACSL Junior Division Theory - Contest Years 2001-02 through 2025-26
- TA ACSL Junior Division Coding - Contest Years 2001-02 through 2025-26
- TA Classroom Division Theory - Contest Years 2001-02 to 2025-26
- TA Junior Division Theory & Coding - Contest Years 2001-02 to 2025-26
- TA Intermediate Division Theory - Contest Years 2001-02 to 2025-26
- TA Intermediate Division Coding - Contest Years 2001-02 to 2025-26
- TA Intermediate Division Theory & Coding - Contest Years 2001-02 to 2025-26
- ACSL Senior Division Theory - Contest Years 2001-02 through 2025-26
- ACSL Senior Division Coding - Contest Years 2001-02 through 2025-26
- TA Senior Division Theory & Coding - Contest Years 2001-02 to 2025-26
- TA Junior Division Theory - Contest Years 2001-02 to 2023-24
AP Calculus BC
This course includes all topics covered in AP Calculus AB—such as limits and continuity, derivatives and their applications, integrals and their applications, and the Fundamental Theorem of Calculus—but goes significantly further by introducing more complex and advanced concepts These additional topics include: Sequences and Series: Understanding convergence and divergence, working with geometric and harmonic series, and using Taylor and Maclaurin series to represent functions. Parametric, Polar, and Vector Functions: Analyzing curves defined parametrically or in polar coordinates and computing derivatives and integrals in these contexts. Advanced Integration Techniques: Including integration by parts, partial fractions, and improper integrals.
Students learn to analyze and solve real-world problems using calculus tools, interpret mathematical models, and communicate solutions clearly both analytically and graphically. Emphasis is placed on conceptual understanding, procedural fluency, and the use of technology (such as graphing calculators) to explore and verify solutions.
AP Calculus BC prepares students not only for the AP exam, which can earn them college credit or placement into advanced college math courses, but also for further studies in mathematics, engineering, physics, economics, and other STEM fields.