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y = (6 (6+4.x) Use Logarithmic Differentiation to find dy dx dy dx Type sin(x) for sin(x), cos(x) for cos(x), and so on. Use x^2 to square x, x^3 to cube x, and so on. Use (sin(x))^2 to square sin(x). Use In() for the natural logarithm. Do NOT simplify your answer.

y = (6 (6+4.x) Use Logarithmic Differentiation to find dy dx dy dx Type sin(x) for sin(x), cos(x) for cos(x), and so on. Use x^2 to square x, x^3 to cube x, and so on. Use (sin(x))^2 to square sin(x). Use In() for the natural logarithm. Do NOT simplify your answer.

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.6: Exponential And Logarithmic Equations
Problem 44E
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y = (6+4·x)² Use Logarithmic Differentiation to find dy dx 1 dy dx Type sin(x) for sin(x), cos(x) for cos(x), and so on. Use x^2 to square x, x^3 to cube x, and so on. Use (sin(x))^2 to square sin(x). Use In() for the natural logarithm. Do NOT simplify your answer.
Transcribed Image Text:y = (6+4·x)² Use Logarithmic Differentiation to find dy dx 1 dy dx Type sin(x) for sin(x), cos(x) for cos(x), and so on. Use x^2 to square x, x^3 to cube x, and so on. Use (sin(x))^2 to square sin(x). Use In() for the natural logarithm. Do NOT simplify your answer.
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