Válvula de globo abierta 50% de 4 in Elev=140 ft Codo regular de 90° de 4 in Elev=40 ft Codo Tubería regular de 90° de 2 in de 4 in Sharp entrance Tubería de 2 in Bomba Codo regular de 90° de 4 in Válvula de compuerta de 2 in
Válvula de globo abierta 50% de 4 in Elev=140 ft Codo regular de 90° de 4 in Elev=40 ft Codo Tubería regular de 90° de 2 in de 4 in Sharp entrance Tubería de 2 in Bomba Codo regular de 90° de 4 in Válvula de compuerta de 2 in
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Calculate the
Shown. The pipe is made of commercial steel (roughness = 0.0002 ft) and has two different diameters,
up to the pump inlet the pipe is 2 inches with a length of 100ft and from the pump outlet the pipe is 4 inches with 400ft. All elements are screwed The flow rate circulating through the system is 0.5 ft3/s and the efficiency of the pump is 85%. The density of water is 1.94 slug/ft3 and has a viscosity kinematics 1.1x10-5 ft2/s
![Válvula de
globo
abierta 50%
de 4 in
Elev=140 ft
2)
Codo
regular de
90° de 4 in
Elev=40 ft
Codo
1
Tubería
regular de
90° de 2 in
de 4 in
Sharp
entrance
Tubería de 2 in
Bomba
Codo
regular de
90° de 4 in
Válvula de
compuerta
de 2 in](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F78aa05ec-ad9b-4232-a732-ab1539ecb4b7%2F2d18e92c-4c63-4d52-a63c-604436ef5377%2F17opjtu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Válvula de
globo
abierta 50%
de 4 in
Elev=140 ft
2)
Codo
regular de
90° de 4 in
Elev=40 ft
Codo
1
Tubería
regular de
90° de 2 in
de 4 in
Sharp
entrance
Tubería de 2 in
Bomba
Codo
regular de
90° de 4 in
Válvula de
compuerta
de 2 in
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