Section 5.1 is specifically focusing on antiderivatives. As the graph shown is f'(x), I am assuming I need to find the formula (equation) of the graph in order to find f(x) and answer questions (a)-(e). I am having a difficult time discovering this formula (equation) and understanding if I am even approaching this problem correctly. Please help! Thank you. Uso.HOW DO YOU SEE IT? Use the graph of f"shown in the figure to answer the following.50.4.-21 2 37 8(a) Approximate the slope of f at x = 4. Explain.%3D(b) Is it possible that f(2) = -1? Explain.(c) Is f(5) - f(4) > 0? Explain.%3D(d) Approximate the value of x where f is maximum.Explain.(e) Approximate any open intervals in which the graphof f is concave upward and any open intervalsin which it is concave downward. Approximatethe x-coordinates of any points of inflection.

Note: There are many subparts in the questions. So I will give the answer to the first three…

Answered: HOW DO YOU SEE IT? Use the graph of f'…

College Algebra

10th Edition

ISBN:9781337282291

Author:Ron Larson

Publisher:Ron Larson

Chapter3: Polynomial Functions

Section3.5: Mathematical Modeling And Variation

Problem 72E

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Section 5.1 is specifically focusing on antiderivatives. As the graph shown is f'(x), I am assuming I need to find the formula (equation) of the graph in order to find f(x) and answer questions (a)-(e). I am having a difficult time discovering this formula (equation) and understanding if I am even approaching this problem correctly. Please help! Thank you.

Uso.
HOW DO YOU SEE IT? Use the graph of f"
shown in the figure to answer the following.
50.
4.
-2
1 2 3
7 8
(a) Approximate the slope of f at x = 4. Explain.
%3D
(b) Is it possible that f(2) = -1? Explain.
(c) Is f(5) - f(4) > 0? Explain.
%3D
(d) Approximate the value of x where f is maximum.
Explain.
(e) Approximate any open intervals in which the graph
of f is concave upward and any open intervals
in which it is concave downward. Approximate
the x-coordinates of any points of inflection.

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