Course Description
"AP® Calculus AB & BC - Challenging Concepts" is an advanced mathematics course designed to help students master the most demanding concepts in the AP® Calculus AB & BC curriculum. Led by well-respected AP instructors from across the United States, this course offers a comprehensive and engaging learning experience through video instruction, exam-style questions, and interactive activities. The course breaks down complex topics into manageable segments, allowing students to build a strong foundation in calculus principles and develop the skills necessary to excel in their AP® exams.
What Students Will Learn
- Mastery of challenging concepts from the AP® Calculus AB & BC curricula
- Increased confidence in understanding and applying complex calculus principles
- Enhanced graphical intuition through interactive graphing exercises
- Improved exam performance through practice with graded exam-style questions
- In-depth knowledge of topics such as limits, derivatives, integrals, differential equations, and series
Prerequisites
Students should have foundational knowledge in Calculus AB and/or BC before attempting these units. A strong background in pre-calculus and algebra is also recommended.
Course Contents
- Limits and continuity
- Definition of derivatives and the chain rule
- Implicit differentiation and the Mean Value Theorem
- L'Hospital's Rule and its applications
- Riemann sums and definite integrals
- Functions defined by definite integrals
- Modeling and solving differential equations
- Rectilinear motion and parametric equations
- Introduction to series, convergence, and manipulation
Who This Course Is For
- AP® Calculus AB and BC students seeking additional support and exam preparation
- High school students aiming to excel in their AP® Calculus exams
- Teachers looking for supplementary materials to enhance their AP® Calculus instruction
- Students who want to strengthen their understanding of challenging calculus concepts
Real-World Applications
- Engineering and physics: Analyzing motion, forces, and complex systems
- Economics and finance: Modeling economic trends and financial forecasting
- Computer science: Developing algorithms and solving optimization problems
- Data science: Analyzing trends and patterns in large datasets
- Medicine: Understanding drug interactions and modeling disease spread
Syllabus
- Limits - Pario-Lee Law
- Chain Rule - Monique Morton
- Implicit Differentiation - Monique Morton
- Rectilinear Motion - Vicki Carter
- Parametric Equations - Vicki Carter
- L'Hospital's Rule - Mark Howell
- Riemann Sums - Peter Atlas
- Functions Defined by Definite Integrals - Scott Pass
- Modeling with & Solving Differential Equations (1) - Jennifer Wexler
- Modeling with & Solving Differential Equations (2) - Jennifer Wexler
- Introduction to Series - Jane Wortman
- Series Convergence - Jane Wortman
- Series Manipulation - Jane Wortman
This course offers a unique opportunity to learn from experienced AP® Calculus instructors and gain a deeper understanding of the most challenging concepts in the curriculum. By combining video instruction, interactive activities, and exam-style practice questions, students will be well-prepared to tackle their AP® Calculus exams with confidence and achieve success in their mathematical endeavors.