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13 Nov 2019
Directions: Prob lems should be solved in their entirety on separate pieces of p aper. Write your name on the upper right corner of every page that you intend to have graded. To prevent clutter, start each problem on a new page. Final solutions should be of the work for a particular problem must be shown. clearly marked. In order to qualify for partial credit, all Problem 1. (25 pts) For the following function f(x) = 4x-18-10 d and classfy all local eztrema. On uhat intervals is f (n) increasing? Decreasing? (0) Find all points of inflection. On what intervals is J(a) concave up? Concave doun? c) Using this information, sketch f(a). Be sure to label the coordinates of all local extrema or points inflection. Problem 2. (20 pts) Suppose()-6r on the interval |-2,1]. Find the global minimum and glob marimum for this curve. Show all work needed to justify your answer. Problem 3. (15 pts) The following is a graph of cost and revenue for producing some good
Directions: Prob lems should be solved in their entirety on separate pieces of p aper. Write your name on the upper right corner of every page that you intend to have graded. To prevent clutter, start each problem on a new page. Final solutions should be of the work for a particular problem must be shown. clearly marked. In order to qualify for partial credit, all Problem 1. (25 pts) For the following function f(x) = 4x-18-10 d and classfy all local eztrema. On uhat intervals is f (n) increasing? Decreasing? (0) Find all points of inflection. On what intervals is J(a) concave up? Concave doun? c) Using this information, sketch f(a). Be sure to label the coordinates of all local extrema or points inflection. Problem 2. (20 pts) Suppose()-6r on the interval |-2,1]. Find the global minimum and glob marimum for this curve. Show all work needed to justify your answer. Problem 3. (15 pts) The following is a graph of cost and revenue for producing some good
Collen VonLv2
1 Jul 2019