Use the Product Rule or Quotient Rule to find the derivative. f(z) = (3x-²+5) (-4x−³+4). ○ f'(z) = (32-² + 5) (−6x−³) + (−4x−³+4) (12z−¹) O f'(z) = (-62-³) (12x−4) O f'(z) = (322+5) (12x−4) + (−4x−³+4) (−6z¬³) O None of these ○ f'(z) = (3x-² + 5) (−4x−³ + 4) + (−6x−³) (12z−¹) • Previous
Use the Product Rule or Quotient Rule to find the derivative. f(z) = (3x-²+5) (-4x−³+4). ○ f'(z) = (32-² + 5) (−6x−³) + (−4x−³+4) (12z−¹) O f'(z) = (-62-³) (12x−4) O f'(z) = (322+5) (12x−4) + (−4x−³+4) (−6z¬³) O None of these ○ f'(z) = (3x-² + 5) (−4x−³ + 4) + (−6x−³) (12z−¹) • Previous
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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Transcribed Image Text:Use the Product Rule or Quotient Rule to find the derivative.
f(z) = (3x-²+5) (-4x−³+4).
○ f'(z) = (32-² + 5) (−6x−³) + (−4x−³+4) (12z−¹)
O f'(z) = (-62-³) (12x−¹)
O f'(z) = (32-2 + 5) (12x−4) + (−4x−³+4) (−6z¬³)
O None of these
Of(z) = (32-² + 5) (−4x−³ + 4) + (−6x−³) (12z−¹)
• Previous
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