Solve problems involving related rates, optimization, and rectilinear motion.Solve problems involving the slope of a tangent line.Interpret the meaning of a derivative within a problem.Recognize the connection between differentiability and continuity.Mathematical properties and rules for simplifying and evaluating limits applies to differentiation.Understand limits, and making sense of features of functions and their graphs.Model motion not constrained to a linear path.Find the rate of change based on the area of a region between a curve and the x-axis.Determine the applicability of important calculus theorems using continuity.Analyze functions for intervals of continuity or points of discontinuity.Determine change over an interval of time.Interpret how different equations are structurally similar.
#Calculus ab how to#
These Learning Objectives are skills that students are expected to know how to do for the exam.
Learning Objectives are listed below Big Ideas. Still, know that the information below will give you a solid look at what you're expected to know for the exam. If you'd like to see these, as well as more detailed information on the content covered by the exam, check out the official AP Calculus AB Course Description. I've listed each of the Big Ideas and their Learning Objectives below, since these are the most relevant for students looking for what the exam covers.įor the sake of length and clarity, I left out the Enduring Understandings and Essential Knowledge. The good news is that there haven't been any changes to the structure of the AP Calculus AB exam! Namely, the Big Ideas are now integrated within each of the eight units covered in the AP Calculus AB course. Each Enduring Understanding contains both Learning Objectives and Essential Knowledge that the student should have learned by the time of the exam.Īs I mentioned, there have been some updates to the AP Calculus AB exam. Within these three Big Ideas are more specific topics called Enduring Understandings (often abbreviated as "EU"). What Topics Does the AP Calculus AB Exam Cover?Ĭontent on the Calculus AB exam can be divided into three main topic areas, referred to by the College Board as Big Ideas.
#Calculus ab free#
You are required to use a calculator for the middle two parts (one each for multiple choice and free response), but you may not use a calculator for the first and last parts of the exam. The first two are multiple choice, and the last two are free response.
This can all look a little complicated, but basically, the AP Calculus AB exam consists of four parts. Here is a rundown of the format of the AP Calculus AB free-response section: Previously, Part A of the multiple-choice section had 28 questions, and Part B had 17 questions. Note that the AP Calculus AB exam has had small changes made to its format. Here is an overview of the format of the AP Calculus AB multiple-choice section: Both of these sections are divided into two parts (based on whether or not a calculator is allowed). The AP Calculus AB exam is three hours and 15 minutes long and has two sections. What's the Format of the AP Calculus AB Exam? You can also check out the College Board's new AP Classroom tool for AP Calculus AB, which has additional resources and information. The AP Calculus AB exam can sometimes seem overwhelming, but we're here to break it down into clear and manageable information for you. This guide will go over all of that information while also showing you official sample problems and giving you tips on the best way to prepare for AP Calculus AB. Are you taking the AP Calculus AB exam this spring and want to be well prepared on test day? The AP Calculus AB exam in 2022 will be held on Monday, May 9, at 8 am.īefore you sit down to take the exam, though, it's critical that you know how the Calculus AB test is formatted, what topics it covers, and how you'll be scored on it.
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