Calculate the total head of a centrifugal pump and use the Darcy equation in computing the friction head in suction and discharge line. Consider the following data: water temperature = 60 F., ZTOTAL=65 ft., flow of water = 1500 g.p.m., diameter of suction line = 8 in., diameter of discharge line = 6 in., length of suction line = 10 ft., length of discharge line = 70 ft., turbulence loss in suction line = 0.3 ft., turbulence loss in discharge line = 0.6 ft., and pipe roughness corresponds to "best cast iron." Determine the total head which must be delivered by the pump. %3!
Calculate the total head of a centrifugal pump and use the Darcy equation in computing the friction head in suction and discharge line. Consider the following data: water temperature = 60 F., ZTOTAL=65 ft., flow of water = 1500 g.p.m., diameter of suction line = 8 in., diameter of discharge line = 6 in., length of suction line = 10 ft., length of discharge line = 70 ft., turbulence loss in suction line = 0.3 ft., turbulence loss in discharge line = 0.6 ft., and pipe roughness corresponds to "best cast iron." Determine the total head which must be delivered by the pump. %3!
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Please show complete given, required, schematic diagram, solution and discussion. Show all the formulas used and don't round off.
![Calculate the total head of a centrifugal pump and use the Darcy equation in computing the friction
head in suction and discharge line. Consider the following data: water temperature = 60 ° F.,
ZTOTAL=65 ft., flow of water = 1500 g.p.m., diameter of suction line = 8 in., diameter of discharge
line = 6 in., length of suction line = 10 ft., length of discharge line = 70 ft., turbulence loss in
suction line = 0.3 ft., turbulence loss in discharge line = 0.6 ft., and pipe roughness corresponds to
"best cast iron." Determine the total head which must be delivered by the pump.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2bfe34d6-8954-4bcd-974b-4abfd89e9d64%2F6d8e2a9c-c51a-4f75-a8dd-c9b4d7395598%2F8ce66j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the total head of a centrifugal pump and use the Darcy equation in computing the friction
head in suction and discharge line. Consider the following data: water temperature = 60 ° F.,
ZTOTAL=65 ft., flow of water = 1500 g.p.m., diameter of suction line = 8 in., diameter of discharge
line = 6 in., length of suction line = 10 ft., length of discharge line = 70 ft., turbulence loss in
suction line = 0.3 ft., turbulence loss in discharge line = 0.6 ft., and pipe roughness corresponds to
"best cast iron." Determine the total head which must be delivered by the pump.
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