HW Supplement: Extreme Value Theorem Name 1. A closed interval, [a,b] includes or excludes the endpoints? 2. What are the two hypotheses of the Extreme Value Theorem? If f(x) is on a interval, then. 3. The Extreme Value Theorem guarantees absolute extrema when those two hypotheses hold. Where do we find the extrema? a. or b. 4. The function f(x): 1 == does NOT have an absolute maximum on the interval [-1,1]. Why not? x 5. Use the Extreme Value Theorem to find the extrema of f(x)=x³ +3x² +7 on [-3,2] Do not use a graphing utility. Demonstrate application of the theorem.
HW Supplement: Extreme Value Theorem Name 1. A closed interval, [a,b] includes or excludes the endpoints? 2. What are the two hypotheses of the Extreme Value Theorem? If f(x) is on a interval, then. 3. The Extreme Value Theorem guarantees absolute extrema when those two hypotheses hold. Where do we find the extrema? a. or b. 4. The function f(x): 1 == does NOT have an absolute maximum on the interval [-1,1]. Why not? x 5. Use the Extreme Value Theorem to find the extrema of f(x)=x³ +3x² +7 on [-3,2] Do not use a graphing utility. Demonstrate application of the theorem.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section: Chapter Questions
Problem 15T
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![HW Supplement: Extreme Value Theorem
Name
1. A closed interval, [a,b] includes or excludes the endpoints?
2. What are the two hypotheses of the Extreme Value Theorem?
If f(x) is
on a
interval, then.
3. The Extreme Value Theorem guarantees absolute extrema when those two hypotheses hold.
Where do we find the extrema?
a.
or
b.
4. The function f(x):
1
==
does NOT have an absolute maximum on the interval [-1,1]. Why not?
x
5. Use the Extreme Value Theorem to find the extrema of f(x)=x³ +3x² +7 on [-3,2] Do not
use a graphing utility. Demonstrate application of the theorem.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff0aafe4d-d53d-4245-bfd6-73a95d183b3c%2Fdb5e2b5c-aeff-4f8b-96e1-67587712c590%2F20fbuzk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:HW Supplement: Extreme Value Theorem
Name
1. A closed interval, [a,b] includes or excludes the endpoints?
2. What are the two hypotheses of the Extreme Value Theorem?
If f(x) is
on a
interval, then.
3. The Extreme Value Theorem guarantees absolute extrema when those two hypotheses hold.
Where do we find the extrema?
a.
or
b.
4. The function f(x):
1
==
does NOT have an absolute maximum on the interval [-1,1]. Why not?
x
5. Use the Extreme Value Theorem to find the extrema of f(x)=x³ +3x² +7 on [-3,2] Do not
use a graphing utility. Demonstrate application of the theorem.
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