# ASU MAT 265 - mat265_test_3_rev_12 (3 pages)

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## mat265_test_3_rev_12

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- Pages:
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- School:
- Arizona State University
- Course:
- Mat 265 - Calculus for Engineers I

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Last updated 11 30 12 MAT 265 Review Problems for Test 3 Absolute Maximum and Minimum on 1 Algebraically find absolute maximum and absolute minimum of 2 Algebraically find all critical numbers of the function Mean Value Theorem 3 Verify that the function satisfies the hypothesis of the Rolle s Theorem over the interval Then find all numbers that satisfy the conclusion of the Rolle s Theorem 4 Verify that the functions satisfy the hypotheses of the Mean Value Theorem on the given interval Then find all numbers that satisfy the conclusion of the Mean Value Theorem a b Derivative Shape of Graph 5 Determine whether the following statements are true or false a If at each x of an open interval then is constant on b Suppose that is twice differentiable on an open interval I If increases on I then the graph of is concave up c Suppose that is twice differentiable on an open interval I If decreasing on I then the graph of is concave down d For c in I if and then has a local min at e If the point is a point of inflection then 6 Let f x x e 2 x use f x to algebraically find all critical point s the interval s on which f is increasing or decreasing and the local maximum and minimum values of f 7 Let use f x to algebraically find all critical point s the interval s on which f is increasing or decreasing and the local maximum and minimum values of f 8 Algebraically find the intervals of concavity and the inflection points of the following functions a b c Graph The Function Summary of Curve Sketching 9 Use the guidelines on page 225 226 of the text book to sketch the graphs of the following functions a b f x sin 2 x 2 sin x x 10 Sketch the graph of a function f x that satisfies all of the following conditions f 0 f 2 f 4 0 f x 0 if x 0 or 2 x 4 f x 0 if 0 x 2 or x 4 f x 0 if 1 x 3 f x 0 if x 1 or x 3 Optimization 11 A box is to be made out of 25 square feet of material The Marketing department wants the length of the box to be twice its width What dimensions will maximize the

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