Read this section briefly. Then answer the following questions. Below are the graphs of functions p(x) and g(x). 1 q(x) p(x) Set up the integral for the actual (positive) area between the curves p(x) and g(x) from x = 1 to x = 3.5. 4 Set up the integral for the actual (positive) area between the curves p(x) and g(x) from x= 3.5 to x = 6. Write a single integral for the actual area bounded by the curves p(x) and g(x) from x=1 to x = 6. X Why doesn't the integral [p(x)-9(x)]dx give the actual area bounded by the curves p(x) and q(x) from x=1 to x=6? Explain in complete sentences.
Read this section briefly. Then answer the following questions. Below are the graphs of functions p(x) and g(x). 1 q(x) p(x) Set up the integral for the actual (positive) area between the curves p(x) and g(x) from x = 1 to x = 3.5. 4 Set up the integral for the actual (positive) area between the curves p(x) and g(x) from x= 3.5 to x = 6. Write a single integral for the actual area bounded by the curves p(x) and g(x) from x=1 to x = 6. X Why doesn't the integral [p(x)-9(x)]dx give the actual area bounded by the curves p(x) and q(x) from x=1 to x=6? Explain in complete sentences.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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![MATH 152 Reading Assignment
Read this section briefly. Then answer the following questions.
Below are the graphs of functions p(x) and g(x).
y
1
q(x)
p(x)
Set up the integral for the actual (positive) area
between the curves p(x) and g(x) from x=1 to x = 3.5.
4
Set up the integral for the actual (positive) area
between the curves p(x) and g(x) from x= 3.5 to x = 6.
Why doesn't the integral [p(x) – g(x)
from x = 1 to x = 6? Explain in complete sentences.
Write a single integral for the actual area bounded
by the curves p(x) and g(x) from x=1 to x = 6.
§6.1 Stewart
16
— q(x)]dx give the actual area bounded by the curves p(x) and g(x)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4366dfe0-8b79-493a-bd35-71195c5ab896%2F5c5d67ff-65cd-4de5-93e9-d26e74ea5708%2Fb4f9t_processed.png&w=3840&q=75)
Transcribed Image Text:MATH 152 Reading Assignment
Read this section briefly. Then answer the following questions.
Below are the graphs of functions p(x) and g(x).
y
1
q(x)
p(x)
Set up the integral for the actual (positive) area
between the curves p(x) and g(x) from x=1 to x = 3.5.
4
Set up the integral for the actual (positive) area
between the curves p(x) and g(x) from x= 3.5 to x = 6.
Why doesn't the integral [p(x) – g(x)
from x = 1 to x = 6? Explain in complete sentences.
Write a single integral for the actual area bounded
by the curves p(x) and g(x) from x=1 to x = 6.
§6.1 Stewart
16
— q(x)]dx give the actual area bounded by the curves p(x) and g(x)
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