Question 1 Find the open intervals on which the function f (x) = x + 10v/2 - is increasing or decreasing. 0 point If the function is never increasing or decreasing, enter NA in the associated response area. How Did I Do? increasing: decreasing: Please explain, in your own words and in a few sentences, how you arrived at your answers. Answers with no relevant explanations may receive reduced or no credit. Equation A - A- Ix BI US X X Styles Font Size Words: 0 Submit Assignment Quit & Save Back Question Mfi Fiverr / Inbox X a Screenshot_2021 x Home B Mobius - MAT-22 X m Southern New Ha X Module Seven - MX B Exam Two Guideli x https://cgifederal X + - C A snhu.mobius.cloud/modules/unproctoredTest. QuestionSheet */ MAT-225-J1387 21EW1 Calc I: Single-Variable Calc / Module Seven / 7-3 Exam Two 7-3 Exam Two Remaining Time: 02:51:20 This exam has 12 questions and you are required to provide explanations of your solutions to each question. You should attempt all of the questions before submitting your exam. There is a time limit of 180 minutes. Please note that closing the exam does not stop or pause the timer so that the exam should be completed in one sitting. Remember that you are assessed on your explanations to the problem and therefore need to provide your reasoning in the text field for each question. A correct answer without an explanation will not earn any credit. Question 2 Using calculus, find the absolute maximum and absolute minimum of the function f (x) = 6x- - 12x + 5 on the interval [-5, 3]. 0 point How Did I Do? absolute maximum = absolute minimum = Please explain, in your own words and in a few sentences, how you arrived at your answers. Answers with no relevant explanations may receive reduced or no credit. Q Equation A . A -Ix BIUS X2 X Styles Font Size Submit Assignment Quit & Save Back Question Menu - Nex Exam Two Guideli....zip Show All Xfi Fiverr / Inbox x > Screenshot_20 x Home X Mobius - MAT X m Southern New X Screen Shot 2 x @ Module Seven X B Exam Two Gui x https://cgifede x + - C snhu.mobius.cloud/modules/unproctoredTest. QuestionSheet Question 3 Find the linearization of the function f (x) = x atx = 1. 0 point How Did I Do? L (x) = Using this linearlization, f (1.05).is approximately Number Please explain, in your own words and in a few sentences, how you arrived at your answers. Answers with no relevant explanations may receive reduced or no credit. Q Z Equation A . A-IX BI US X X Styles Font Size Words: 0 Submit Assignment Quit & Save Back Question Menu - Nex Exam Two Guideli....zip Show All X