Chapter 3: Q. 10 (page 260)
Sketch the graph of a function f with the following properties:
f is continuous and defined on R;
f has critical points at x = −3, 0, and 5;
f has inflection points at x = −3, −1, and 2.
Short Answer
Graph is :

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Chapter 3: Q. 10 (page 260)
Sketch the graph of a function f with the following properties:
f is continuous and defined on R;
f has critical points at x = −3, 0, and 5;
f has inflection points at x = −3, −1, and 2.
Graph is :

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Sketch the graph of a function f with the following properties:
f is continuous and defined on R;
f(0) = 5;
f(−2) = −3 and f '(−2) = 0;
f '(1) does not exist;
f' is positive only on (−2, 1).
Sketch careful, labeled graphs of each function f in Exercises 63–82 by hand, without consulting a calculator or graphing utility. As part of your work, make sign charts for the signs, roots, and undefined points of and examine any relevant limits so that you can describe all key points and behaviors of f.
Find the possibility graph of its derivative f'.

Find the critical points of each function f .Then use a graphing utility to determine whether f has a local minimum, a local maximum, or neither at each of these critical points.
Determine whether or not each function f in Exercises 53–60 satisfies the hypotheses of the Mean Value Theorem on the given interval [a, b]. For those that do, use derivatives and algebra to find the exact values of all c ∈ (a, b) that satisfy the conclusion of the Mean Value Theorem.
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