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Question 2 Let a be a real valued constant. Find the derivative with respect to x: Y = 4ae 1-4ae4z O y (x) = -16ae1 %3D (1–4ae*-)? O y (x): -4ae (1–4ae*)? O y (x) = 16ae4z |3D (1–4aet=)? O y (x) = (1–4aet=)?

Question 2 Let a be a real valued constant. Find the derivative with respect to x: Y = 4ae 1-4ae4z O y (x) = -16ae1 %3D (1–4ae*-)? O y (x): -4ae (1–4ae*)? O y (x) = 16ae4z |3D (1–4aet=)? O y (x) = (1–4aet=)?

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.6: Variation
Problem 2E
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Question 2 Let a be a real valued constant. Find the derivative with respect to x: y = 4ae 1–4œe4z Oy (x) -16ae1 (1–4ae*z)* O y (x) = -4ae4* (1–4aet-)? O y (x) = 16ae4 (1–4aet=)? O f (x) = 4ae% (1–4aet=)?
Transcribed Image Text:Question 2 Let a be a real valued constant. Find the derivative with respect to x: y = 4ae 1–4œe4z Oy (x) -16ae1 (1–4ae*z)* O y (x) = -4ae4* (1–4aet-)? O y (x) = 16ae4 (1–4aet=)? O f (x) = 4ae% (1–4aet=)?
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