figure below at 100 m3/hour. What should be the elevation ( in meters) in the upper reservoir? The pipe is made of
figure below at 100 m3/hour. What should be the elevation ( in meters) in the upper reservoir? The pipe is made of
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Fluid X with a viscosity of 0.4 cP and a specific gravity of
0.8 is flowing from the upper reservoir as shown in the
figure below at 100 m3/hour. What should be the elevation
( in meters) in the upper reservoir? The pipe is made of
commercial steel.
Data:
a = 9 m
b = 0.7m
C = 14 m
d = 16m
•..
Elevation = ?
3- in sch 40 pipe
a
90°
3 in
Elevation
sch 40
b
elbow
pipe
= d
5- in sch 40 pipe
In 2 decimal values](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8f9694ed-f9ed-428d-8d9a-04a67fec87b5%2F9a1c142e-ad65-46f2-b7ad-549c2803525b%2Fra4lr66_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Fluid X with a viscosity of 0.4 cP and a specific gravity of
0.8 is flowing from the upper reservoir as shown in the
figure below at 100 m3/hour. What should be the elevation
( in meters) in the upper reservoir? The pipe is made of
commercial steel.
Data:
a = 9 m
b = 0.7m
C = 14 m
d = 16m
•..
Elevation = ?
3- in sch 40 pipe
a
90°
3 in
Elevation
sch 40
b
elbow
pipe
= d
5- in sch 40 pipe
In 2 decimal values
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