#18 & #20 please 18. A function f defined on [1,5] with f(1) = f (5) = 0 suekthat f is continuous everywhere except for x = 2, differentiable everywhere except at xof Rolle's Theorem.usion2. and fails the conclusion%3Dtisfieshat it19. A function f defined on [-3, –1] with f(-3) = f(-1) = 0such that f is continuous everywhere except at x = -1and differentiable everywhere except at x = -1, and failsthe conclusion of Rolle's Theorem.e thee the20. A function f defined on [0, 4] such that f is continuous ev-erywhere, differentiable everywhere except at x == 2, andneo-fails the conclusion of the Mean Value Theorem withluesa = 0 and b = 4.21. A functionf defined on [-3,3] such that f is continu-ous everywhere except at x = 1, differentiable everywhereexcept at x = 1, and fails the conclusion of the Mean ValueTheorem with a =eanctlythe-3 and b = 3.22. A function f defined on [-2, 0] such that f is continuouseverywhere except at x =except at x =Value Theorem with a = -2 and b = 0.-2, differentiable everywhere-2, and fails the conclusion of the Meanev-he33. f(x) =In 2xes34. f(x) = 21-Inx%3Dm,35. f(x)= COS X36. f(x) = secxFor onah

Name: #18 & #20 please 18. A function f defined on [1,5] with f(1) = f (5) =
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Description: #18 & #20 please 18. A function f defined on [1,5] with f(1) = f (5) = 0 suekthat f is continuous everywhere except for x = 2, differentiable everywhere except at xof Rolle's Theorem.usion2. and fails the conclusion%3Dtisfieshat it19. A function f de