Graph of f 2. The figure above shows the graph of f, the derivative of a twice-differentiable function f on the dosed interval (0, 4). The areas of the regions hounded hy the graph of f and the x-anis on the intervals (0, 1L (1, 2), [2.31. and (3, 4) are 2,6. 10, and 14. respectively. The graph olf has horizontal tangents at x=06,x=16 x=2.5, and x= 3.5. It is known that f2)=5. (a) On what open intervals contained in (0, 4) is the graph offboth decreasing and concave down? Give a reason for your answer (b) Find the absolute minimum value of fon the interval (0, 4). Justify your answer. (e) Evaluate fix)f(z\dx. (d) The function g is defined by glx) =x'fx. Find g'(2). Show the work that leads to your answer. Page 19
Graph of f 2. The figure above shows the graph of f, the derivative of a twice-differentiable function f on the dosed interval (0, 4). The areas of the regions hounded hy the graph of f and the x-anis on the intervals (0, 1L (1, 2), [2.31. and (3, 4) are 2,6. 10, and 14. respectively. The graph olf has horizontal tangents at x=06,x=16 x=2.5, and x= 3.5. It is known that f2)=5. (a) On what open intervals contained in (0, 4) is the graph offboth decreasing and concave down? Give a reason for your answer (b) Find the absolute minimum value of fon the interval (0, 4). Justify your answer. (e) Evaluate fix)f(z\dx. (d) The function g is defined by glx) =x'fx. Find g'(2). Show the work that leads to your answer. Page 19
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.2: Graphs Of Equations
Problem 78E
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