Courselo

Home
Learn
Practice(sign in to use)
Mock exams
Review(sign in to use)

Plan(sign in to use)
Progress(sign in to use)
Tutor(sign in to use)

Your plan

Save your progressA free account keeps your answers, predicts your score and builds a daily plan.Create a free account

Loading lesson

Loading your exam home

Home
Learn
Practice, sign in to use
Mocks
Review, sign in to use

Loading lesson

Product, quotient, and trigonometric rules · AP Calculus AB · Courselo

Courselo

Calc AB
Learn
Unit 2: Differentiation: definition and fundamental properties

Product, quotient, and trigonometric rules

Unit 2: Differentiation: definition and fundamental properties · Lesson 4 of 4

Lesson 4 of 4

Ask a tutor

Unit 2

Unit 2: Differentiation: definition and fundamental properties

4 lessons · 6 h 45 min of study

Derivative definition and notation1 h 45 min of study
Estimating derivatives from representations1 h 15 min of study
Differentiability and basic rules1 h 45 min of study
Product, quotient, and trigonometric rulesReading · 0%

This unit is ≈11% of the Calc AB, across 4 lessons. Full syllabus

Lesson 4 of 4 · Unit 2: Differentiation: definition and fundamental properties

Product, quotient, and trigonometric rules

3 quick checks≈3% of the testCore: Core: tested on most papers

Reading is free. Sign in to tick off lessons, keep your place and track your mastery.

By the end you’ll be able to

Differentiate products using the product rule.
Differentiate quotients using the quotient rule.
Differentiate trigonometric functions using standard derivative rules.
Combine multiple derivative rules in a single calculation.
Simplify derivative expressions when appropriate.

Practice this skill

Adaptive questions on product, quotient, and trigonometric rules.

Practise this topic

0% read

This lesson hasn’t been written yet

Calc AB lessons are written from the official syllabus the first time a learner opens them, then saved for everyone. Sign in and this one is written for you in a minute or two. It’s free.

PreviousDifferentiability and basic rules Next lessonChain rule and composite functions