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DIFFERENTIATION RULES

3. DIFFERENTIATION RULES. DIFFERENTIATION RULES. In this section, we will learn about: Differentiating composite functions using the Chain Rule. 3.4 The Chain Rule. CHAIN RULE. Suppose you are asked to differentiate the function

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DERIVATIVES

3. DERIVATIVES. DERIVATIVES. In this section, we will learn about: Differentiating composite functions using the Chain Rule. 3.5 The Chain Rule. CHAIN RULE. Suppose you are asked to differentiate the function

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In this section, we will learn about: Differentiating composite functions using the Chain Rule.

DIFFERENTIATION RULES. In this section, we will learn about: Differentiating composite functions using the Chain Rule. 3.4 The Chain Rule. CHAIN RULE. Suppose we are asked to differentiate the function

666 views • 40 slides

In this section, we will learn about: Differentiating composite functions using the Chain Rule.

DERIVATIVES. In this section, we will learn about: Differentiating composite functions using the Chain Rule. 3.5 The Chain Rule. CHAIN RULE. Suppose you are asked to differentiate the function

618 views • 31 slides

When we talk about the function f defined for all real numbers x by

DERIVATIVES OF TRIGONOMETRIC FUNCTIONS. When we talk about the function f defined for all real numbers x by , it is understood that means the sine of the angle whose radian measure is . A similar convention holds for the other trigonometric functions cos , tan, csc , sec, and cot.

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Drill

Drill. Let f(x) = sin(x) and g(x) = 1+ x 2 and h(x) = 7x f(g(x)) = g(h(x)) = f(g(h(x)) h(g(x)). Chain Rule. Lesson 3.6. Objectives. Students will be able to differentiate composite functions using the Chain Rule. find slopes of parameterized curves. Relating Derivatives.

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CHAIN RULE

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Chain Rule Round Robin

Chain Rule Round Robin. Seat A: find U and du / dx Seat B: find y in terms of u and dy / du Seat C: find dy / dx Seat D: Simplify dy / dx. Seat B: find U and du / dx Seat C: find y in terms of u and dy / du Seat D: find dy / dx Seat A: Simplify dy / dx.

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