Advanced Topics in Calculus AB

Advanced Topics in Calculus AB Online High School Course

COURSE LENGTH:

Full Year (30 Sessions)

Course Overview

Advanced Topics in Calculus AB is an advanced level course for those who have successfully completed an advanced or accelerated pre-calculus class. In order to succeed in this course, students must have exceptional problem solving abilities and a clear understanding of functions and function behavior. This is a full year course, consisting of 30 synchronous sessions. Each session will have approximately 1-2 hours of corresponding asynchronous material. This material will help students develop skills so that synchronous class time can be spent on answering questions and problem solving. The class moves at a fast pace. We will be covering a total of 7 chapters, averaging one chapter every 5 synchronous sessions. Students will take summative assessments on a unit basis (there are 3 different units). There will be formative assessments for each of 8 AP units. The formative assessments will feature questions from previous AP exams and will serve as a way to gauge performance and competency in accordance with AP standards. The pace of coverage of the course is designed to allow interested students the opportunity to take the AP Exam in Calculus AB, but that is not a requirement of the course.


LEARNING OBJECTIVES:

  • Analyze functions graphically, numerically, and analytically

  • Model real world situations using function

  • Understand the relationship between derivatives and rates of change and be comfortable analyzing real-valued functions using differential calculus

  • Understand the connection between the derivative and the integral as expressed by the Fundamental Theorem of Calculus

  • Understand the relationship between integrals and the limits of Reimann sums and be comfortable analyzing real-valued functions using integral calculus

  • Understand how to model situations using differential equations and be comfortable verifying solutions, and creating slope fields


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Advanced Topics in Statistics

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Honors Algebra 1