3. Below is the graph of y=f(x), which is the derivative for some function f. Using the graph of the derivative off, determine the following. If any cannot be determined based on the graph alone, explain why. a. The number of critical points of f BE CAREFUL WHEN USING [] OR () IN INTERVAL NOTATION. c. The intervals on which is concave down e. f(3) y = f'(x) 5 5 b. The intervals on which / is decreasing d. The x value(s) where /has a local maximum f. The number of critical points of f 5
3. Below is the graph of y=f(x), which is the derivative for some function f. Using the graph of the derivative off, determine the following. If any cannot be determined based on the graph alone, explain why. a. The number of critical points of f BE CAREFUL WHEN USING [] OR () IN INTERVAL NOTATION. c. The intervals on which is concave down e. f(3) y = f'(x) 5 5 b. The intervals on which / is decreasing d. The x value(s) where /has a local maximum f. The number of critical points of f 5
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Hi, please write it so that I can read it and only answer questions
3d, 3e, and 3f. I just included the other questions so that you could see the whole problem and understand the whole picture
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MATH131: Calculus and Analy X
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3. Below is the graph of y = f'(x), which is the derivative for some function f. Using the graph of the derivative off,
determine the following. If any cannot be determined based on the graph alone, explain why.
The number of critical points of f
e. f(3)
90%
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BE CAREFUL WHEN USING [] OR () IN INTERVAL NOTATION.
y = f'(x)
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b. The intervals on which fis decreasing
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d. The x value(s) where fhas a local maximum
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MATH131: Calculus and Analy X
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a.
Success Confirmation of Ques X lllSubmit *Applications Of DerivX
3. Below is the graph of y = f'(x), which is the derivative for some function f. Using the graph of the derivative off,
determine the following. If any cannot be determined based on the graph alone, explain why.
The number of critical points of f
e. f(3)
90%
C. The intervals on which fis concave down
BE CAREFUL WHEN USING [] OR () IN INTERVAL NOTATION.
y = f'(x)
5
b. The intervals on which fis decreasing
Q Search
d. The x value(s) where fhas a local maximum
f. The number of critical points of f'
@
W
Fall2022 T3 - Quiz_Application_of_X
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