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13 Nov 2019
The figure to the right shows the graph of f'. the derivative of the fiunctionf on the closed interval -2sxS8. The graph of f has horizontal tangents at r-1 and x = 5ãThe function is twice differentiable with f(3)-2. (5,2) (6,0) Graph of f 佩-9 a. Find the x-coordinate of the point(s) of inflection of the graph of f . Give a reason for your answer. b. For what values of x does f attain its absolute maximum value on the closed interval -2sxs8? Show your analysis that leads to your answer c. Using the known points given on the graph of , for what values(6) of x does of x does the graph of y (x) have a horizontal tangent? Give a reason for you answer. d. Let g be the function as g(x)-x(x). Find an equation for the line tangent to the graph of g at x=3.
The figure to the right shows the graph of f'. the derivative of the fiunctionf on the closed interval -2sxS8. The graph of f has horizontal tangents at r-1 and x = 5ãThe function is twice differentiable with f(3)-2. (5,2) (6,0) Graph of f 佩-9 a. Find the x-coordinate of the point(s) of inflection of the graph of f . Give a reason for your answer. b. For what values of x does f attain its absolute maximum value on the closed interval -2sxs8? Show your analysis that leads to your answer c. Using the known points given on the graph of , for what values(6) of x does of x does the graph of y (x) have a horizontal tangent? Give a reason for you answer. d. Let g be the function as g(x)-x(x). Find an equation for the line tangent to the graph of g at x=3.
Jean KeelingLv2
7 Feb 2019