33. Three pipes A, B and C have the following basic geometries Pipe A B Diameter D D/2 2D Length L 4L If these pipes are connected in series, by assuming the value of friction factor f to be same for all the three pipes and the equivalent pipe, this set of pipes in series is equivalent to a pipe of length L, and diameter D and friction factor f with the equivalent length L. being equal to 1 (a) 5-L 8. (b) 4- 8 1 (c) 26-L (d) 33-L
33. Three pipes A, B and C have the following basic geometries Pipe A B Diameter D D/2 2D Length L 4L If these pipes are connected in series, by assuming the value of friction factor f to be same for all the three pipes and the equivalent pipe, this set of pipes in series is equivalent to a pipe of length L, and diameter D and friction factor f with the equivalent length L. being equal to 1 (a) 5-L 8. (b) 4- 8 1 (c) 26-L (d) 33-L
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![33.
Three pipes A, B and C have the following basic
geometries
Pipe
В
C
Diameter
D/2
2D
Length
L
4L
If these pipes are connected in series, by
assuming the value of friction factor f to be same
for all the three pipes and the equivalent pipe,
this set of pipes in series is equivalent to a pipe
of length L. and diameter D and friction factor f
with the equivalent length L, being equal to
1
(a) 5-L
(b) 4-L
8
1
(c) 26-L
8
(d) 33-L
8](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8f950467-3342-46b9-bab0-027acdc1d39a%2F3867725f-3bad-4b8e-99a2-175ec710095d%2Ff28c7pn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:33.
Three pipes A, B and C have the following basic
geometries
Pipe
В
C
Diameter
D/2
2D
Length
L
4L
If these pipes are connected in series, by
assuming the value of friction factor f to be same
for all the three pipes and the equivalent pipe,
this set of pipes in series is equivalent to a pipe
of length L. and diameter D and friction factor f
with the equivalent length L, being equal to
1
(a) 5-L
(b) 4-L
8
1
(c) 26-L
8
(d) 33-L
8
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