Let h(x): = R The function f is defined and differentiable on the interval [-4,5]. The...
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Let h(x): = R The function f is defined and differentiable on the interval [-4,5]. The graph of f is shown in the figure above and has horizontal tangents at x=0, x=2, x= 3, and x = 4. The regions R, S, and I have areas of 12, 15 and 3 respectively. Let g be the functioned defined by g(x) = [ f(t)dt. b. Find lim x--2 ex g(x)* T Find h'(-2). 4g (2x) + 6x 4-x X Let h(x): = R The function f is defined and differentiable on the interval [-4,5]. The graph of f is shown in the figure above and has horizontal tangents at x=0, x=2, x= 3, and x = 4. The regions R, S, and I have areas of 12, 15 and 3 respectively. Let g be the functioned defined by g(x) = [ f(t)dt. b. Find lim x--2 ex g(x)* T Find h'(-2). 4g (2x) + 6x 4-x X
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