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2. Use the logarithmic differentiation to simplify completely before finding the derivative. (3x²-4)'(4x°+1) (5x +2) y = Do not write answer as a single fraction. 01 ay

2. Use the logarithmic differentiation to simplify completely before finding the derivative. (3x²-4)'(4x°+1) (5x +2) y = Do not write answer as a single fraction. 01 ay

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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2. Use the logarithmic differentiation to simplify completely before finding the derivative. (3x² -4) (4²+1)° (5x+2)' Do not write answer as a single fraction. y = 01 ay 29
Transcribed Image Text:2. Use the logarithmic differentiation to simplify completely before finding the derivative. (3x² -4) (4²+1)° (5x+2)' Do not write answer as a single fraction. y = 01 ay 29
Name 2. Use the logarithmic differentiation to simplify completely before finding the derivative. Math 2413 (3x-4) (4x'+1)* (5x+2)' Section 3.9 y = Do not write answer as a single fraction. Show all work for full credit. Factor answers completely. No negative exponents, no complex fractions in final answer 1. Differentiate the following functions. A. y=In(cos (x)) B. y= log,(5x-1) C. y=4-3* In(x) D. y=(sin(x))" Note: Use logarithmic differentiation
Transcribed Image Text:Name 2. Use the logarithmic differentiation to simplify completely before finding the derivative. Math 2413 (3x-4) (4x'+1)* (5x+2)' Section 3.9 y = Do not write answer as a single fraction. Show all work for full credit. Factor answers completely. No negative exponents, no complex fractions in final answer 1. Differentiate the following functions. A. y=In(cos (x)) B. y= log,(5x-1) C. y=4-3* In(x) D. y=(sin(x))" Note: Use logarithmic differentiation
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