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\n\"Krista\n\n
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\nKrista King Math: Derivatives\n

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\n\nFor Students\n\n11th - Higher Ed\n\nStandards\n
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\nEverything calculus scholars need to know about derivatives can be found in this 31-resource playlist. The collection defines the derivative and includes derivative rules, chain rule, derivatives of trig functions, derivatives of...\n
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\n\n40\nItems in Unit\n\n
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\nLesson Planet Curated\n
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\nAP Calculus AB Unit 3: Differentiation - Composite, Implicit, and Inverse Functions\n

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\nThe seven lessons in Unit 3 - Differentiation: Composite, Implicit, and Inverse Functions have AP Calculus learners watch videos and complete practice problems covering key concepts. Scholars learn when to apply the Chain Rule and how to...\n
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\n\n73\nItems in Unit\n\n
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\nAP Calculus AB Unit 6: Integration and Accumulation of Change\n

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\nThe 14 lessons in the AP Calculus AB Unit 6: Integration and Accumulation of Change use informative videos to introduce the topic of each lesson and model procedures. Each resource packet includes a video, worksheets, practice solutions,...\n
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\n\n38\nItems in Topic\n\n
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\nAP Calculus AB\n

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\nPrepare high school mathematicians for the AP Calculus AB exam with a collection of 38 videos that can be used to introduce the topics or as a review. The videos focus on two processes; differentiating a function and integrating a...\n
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PPT
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\n\"Calculus\n\n
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\nCalculus 3.6 - The Chain Rule\n

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\n\nFor Teachers\n\n11th - 12th\n
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\nGreg Kelly puts together another great slide presentation to demonstrate ways to combine derivative rules to evaluate more complicated functions. This pattern is called the chain rule.  He shows step by step ways to solve these...\n
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\n\nGet Free Access\n\nSee Review\n
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Instructional Video3:55
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\nChain Rule\n

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\n\nFor Students\n\n11th - Higher Ed\n
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\nClass members learn how to evaluate derivatives of functions using the Chain Rule through a video that shows the steps of finding a derivative with the Chain Rule. The two examples include both a trigonometric and polynomial function.\n
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Instructional Video6:27
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\nChain Rule Combined with Power Rule\n

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\nHow does the chain rule work with the power rule? Using a radical function, the video shows how the chain rule works along with the power rule. The resource continues to simplify the derivative and places it in a familiar form. The...\n
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Instructional Video5:39
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\nChain Rule for Derivatives, with Trig Functions\n

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\nBreak the chain in finding derivatives of trigonometric functions. The short video provides a demonstration of finding the derivative of a trigonometric function where the argument is a function. The 12th video in a series of 31 focuses...\n
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Instructional Video9:11
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\nChain Rule for Derivatives, with Product Rule\n

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\nUnchain the product rule. The 10th video in a series of 31 provides an example of the chain rule in conjunction with the product rule. Using a binomial and a trinomial raised to powers as factors, the presenter works through the process...\n
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Instructional Video7:51
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\nChain Rule for Derivatives, with Quotient Rule\n

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\nWork on the chain gang. The 11th installment in a series of 31 demonstrates how the chain rule and the quotient rule work together to find a derivative. Using a trigonometric function of a quotient involving exponentials as an example,...\n
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\nWorksheet 25 - Chain Rule\n

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\nIn this chain rule worksheet, students use the chain rule and substitution to find partial derivatives. They identify total surface area, and find the distance from the origin to the plane. This one-page worksheet contains seven...\n
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Instructional Video15:56
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\nVisualizing the Chain Rule and Product Rule | Essence of Calculus, Chapter 4\n

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\nTake a look at the product rule and chain rule through the eyes of geometry. The fourth video in an 11-part series continues to explore derivative rules using geometry. An area model and a set of number lines help viewers...\n
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\nChain Rule\n

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\nKeep it on the chains. Pupils work through the steps in the chain rule using the interactive as a guide. Learners identify the two composed functions and their associated derivatives from a set of choices. They continue on to build the...\n
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AP Test Prep15:20
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\nCalculus AB/BC - The Chain Rule\n

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\nUnshackle oneself from the burden of not understanding derivatives. The first of seven lessons in Unit 3 - Differentiation looks at the Chain Rule. By watching a video, scholars learn when to apply the rule and how to use it to determine...\n
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Worksheet
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\nThe Chain Rule\n

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\nIn this calculus activity, students are given 21 short-answer problems regarding the \"chain rule\", derivatives, rate of change and completing tables.\n
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Instructional Video9:44
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\nIntroduction to Rate-of-Change Problems\n

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\nSal solves an example for finding the rate of change of the height of water in a cone at a specific point when it is being filled at a given rate. In this video, Sal reviews the volume of a cone and the chain rule and then, uses these to...\n
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\n\"Differentiation\n\n
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\nDifferentiation Using the Chain Rule\n

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\nIn this calculus worksheet, students solve problems using differentiation and the chain rules. They take the derivatives of equations using specific equations. There are 21 problems with an answer key.\n
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Worksheet
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\nCalculus Worksheet\n

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\nFor this calculus worksheet, students solve 10 different problems that include determining the first derivative in each. First, they apply properties of logarithmic functions to expand the right side of each equation. Then, students...\n
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Handout
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\nProving the Chain Rule\n

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\nUnderstanding how our calculus derivative formulas were derived, connects learners to the idea that the study of mathematics is continuous and cumulative. Learners will also develop a deeper appreciation for the short cuts used to find a...\n
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Worksheet
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\nRelated Rates Problems: An Application of Implicit Differentiation and the Chain Rule\n

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\nIn this related rates problem worksheet, students use the chain rule and implicit differentiation to solve related rate problems, such an writing an expression relating to the ripple of a circle. This three-page worksheet contains...\n
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\nInverse Trig Functions: Chain Rule\n

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\nIn this trigonometric functions worksheet, students differentiate inverse trigonometric functions using the chain rule. There are 15 questions.\n
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Worksheet
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\nThe Chain Rule and Applications\n

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\nIn this chain rule activity, students use the chain rule to differentiate compositions, and determine the value of the limits. They give reasons justifying each step of the chain theorem. This six-page activity contains theorems,...\n
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Instructional Video4:24
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\nDerivatives of Inverse Trig Functions - Arccot\n

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\nGet two functions for the cost of one. The short video is the 16th in a series of 31 video on calculus topics. The presenter works through finding the derivative of a function involving two arccot functions. One of the functions requires...\n
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\nMatter and Motion 3\n

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\nIn this matter and motion worksheet, young scholars solve 3 different types of problems that relate to the chain rule for multivariable functions. First, they find the rate of increase of the volume of a can and the rate of increase of...\n
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