Question: Question 2 3 Verify that the Mean Value Theorem can be applied to the function f(;r:) : a: 5 on the interval [0,1]. Then 2

 Question 2 3 Verify that the Mean Value Theorem can beapplied to the function f(;r:) : a: 5 on the interval [0,1].
Then 2 points find the value of c in the interval thatsatisfies the conclusion of the Mean Value Theorem. How Did l D09

Question 2 3 Verify that the Mean Value Theorem can be applied to the function f(;r:) : a: 5 on the interval [0,1]. Then 2 points find the value of c in the interval that satisfies the conclusion of the Mean Value Theorem. How Did l D09 Enter the exact answer. agiaiwsmm mo QUBSUOH 3 Find the open intervals on which the function f(a:) : 773:2 + 8e + 3 is increasing or decreasing. 3 pomts How Did ' D09 Note: Use the letter U for union. To enter 00, type the word infinity. If the function is never increasing or decreasing, enter NA in the associated response area. increasing: Ei ' decreasing: IE 7' Find the local maximum and minimum values of the function f (e) = 7a:2 + 8:12 l 3. Enter your answers in increasing order. . If there is just one local maximum or minimum value, then in the second row below enter NA as the answerfor"$ :" and select NAin the "there is" drop-down menu. . If there are no local maximum or minimum values, then in both rows below enter NA as the answer for " a: =" and NA in the "there is" drop-down menu. At :1: : ab 5111(0.) 00 a: [m 0 El 3 , there is l: ick fol List - At :1: =

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