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iv. Does f(x) have any local maximum or minimum values? Find all critical points and establish if they are maximum or minimum points using the second derivative test. v. Does f(x) have have a global maximum and/or a global minimum? Explain. vi. Does f(x) have any points of inflection? If yes, what are they? vii. What is the range of f(x)? viii. Graph f(x), showing all local and global maximum and minimum points . Graphi (2), showing a and points of inflection.

iv. Does f(x) have any local maximum or minimum values? Find all critical points and establish if they are maximum or minimum points using the second derivative test. v. Does f(x) have have a global maximum and/or a global minimum? Explain. vi. Does f(x) have any points of inflection? If yes, what are they? vii. What is the range of f(x)? viii. Graph f(x), showing all local and global maximum and minimum points . Graphi (2), showing a and points of inflection.

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter3: The Derivative
Section3.CR: Chapter 3 Review
Problem 10CR
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you guys are already answered parts 1, 2, 3 so please just answer questions parts 4, 5, 6 7, 8 on the second image of this homework question 6

iv. Does f(x) have any local maximum or minimum values? Find all critical points and establish if they are maximum or minimum points using the second derivative test. v. Does f(x) have have a global maximum and/or a global minimum? Explain. vi. Does f(x) have any points of inflection? If yes, what are they? vii. What is the range of f(x)? viii. Graph f(x), showing all local and global maximum and minimum points Ecod Univ
Transcribed Image Text:iv. Does f(x) have any local maximum or minimum values? Find all critical points and establish if they are maximum or minimum points using the second derivative test. v. Does f(x) have have a global maximum and/or a global minimum? Explain. vi. Does f(x) have any points of inflection? If yes, what are they? vii. What is the range of f(x)? viii. Graph f(x), showing all local and global maximum and minimum points Ecod Univ
Question 6 Suppose that f(x) = e(−15ln²(x)), x > 0. Note that, using standard notation, In²(x) = ln(x)ln(x) = (ln(x))². i. What is the domain of f(x)? ii. Find an expression for df f(). da iii. Find an expression for f
Transcribed Image Text:Question 6 Suppose that f(x) = e(−15ln²(x)), x > 0. Note that, using standard notation, In²(x) = ln(x)ln(x) = (ln(x))². i. What is the domain of f(x)? ii. Find an expression for df f(). da iii. Find an expression for f
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