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Question 13 14d. Given that f(x) = x f'(x) = x²(-2x+3) e2z f" (x)=2(4x²-12x+6) select ALL correct statements about the graph of y = f (x) from the list below. the function is increasing at 2 = 1 the x-intercept is 0 the y-intercept is -1 x=-3 is in the domain of f (x) the critical point of f (2) lies on the interval (2,5) the graph is concave upward at 2 = 1 the function is continuous throughout its domain Question 11 3b. The y-intercept of the graph of f'() always correspond to the location of the maximum and minimum points on the graph of f (x). True False Question 12 Bd. Which of the following can the second derivative not be used to determine? local maxima or local minima concavity where the function in concave up or down points of inflection

Question 13 14d. Given that f(x) = x f'(x) = x²(-2x+3) e2z f" (x)=2(4x²-12x+6) select ALL correct statements about the graph of y = f (x) from the list below. the function is increasing at 2 = 1 the x-intercept is 0 the y-intercept is -1 x=-3 is in the domain of f (x) the critical point of f (2) lies on the interval (2,5) the graph is concave upward at 2 = 1 the function is continuous throughout its domain Question 11 3b. The y-intercept of the graph of f'() always correspond to the location of the maximum and minimum points on the graph of f (x). True False Question 12 Bd. Which of the following can the second derivative not be used to determine? local maxima or local minima concavity where the function in concave up or down points of inflection

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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Question 13 14d. Given that f(x) = x f'(x) = x²(-2x+3) e2z f" (x)=2(4x²-12x+6) select ALL correct statements about the graph of y = f (x) from the list below. the function is increasing at 2 = 1 the x-intercept is 0 the y-intercept is -1 x=-3 is in the domain of f (x) the critical point of f (2) lies on the interval (2,5) the graph is concave upward at 2 = 1 the function is continuous throughout its domain
Transcribed Image Text:Question 13 14d. Given that f(x) = x f'(x) = x²(-2x+3) e2z f" (x)=2(4x²-12x+6) select ALL correct statements about the graph of y = f (x) from the list below. the function is increasing at 2 = 1 the x-intercept is 0 the y-intercept is -1 x=-3 is in the domain of f (x) the critical point of f (2) lies on the interval (2,5) the graph is concave upward at 2 = 1 the function is continuous throughout its domain
Question 11 3b. The y-intercept of the graph of f'() always correspond to the location of the maximum and minimum points on the graph of f (x). True False Question 12 Bd. Which of the following can the second derivative not be used to determine? local maxima or local minima concavity where the function in concave up or down points of inflection
Transcribed Image Text:Question 11 3b. The y-intercept of the graph of f'() always correspond to the location of the maximum and minimum points on the graph of f (x). True False Question 12 Bd. Which of the following can the second derivative not be used to determine? local maxima or local minima concavity where the function in concave up or down points of inflection
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