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Which is the correct form of energy equation for pipe flow in a system including a pump, a turbine and mechanical losses (hpump,u is useful pump head input, hturbine is turbine head output, hL is the sum of mechanical losses)? (p1/rho g)+V1^2/2g+z1+hpump=(p2/rho g)+V2^2/2g+z2-hturbine-hl O (p1/rho g)+V1^2/2g+z1-hpump=(p2/rho g)+V2^2/2g+z2+hturbine-hl (p1/rho g)+V1^2/2g+z1+hpump+hl=(p2/rho g)+V2^2/2g+z2+hturbine

Which is the correct form of energy equation for pipe flow in a system including a pump, a turbine and mechanical losses (hpump,u is useful pump head input, hturbine is turbine head output, hL is the sum of mechanical losses)? (p1/rho g)+V1^2/2g+z1+hpump=(p2/rho g)+V2^2/2g+z2-hturbine-hl O (p1/rho g)+V1^2/2g+z1-hpump=(p2/rho g)+V2^2/2g+z2+hturbine-hl (p1/rho g)+V1^2/2g+z1+hpump+hl=(p2/rho g)+V2^2/2g+z2+hturbine

Elements Of Electromagnetics
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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Which is the correct form of energy equation for pipe flow in a system including a pump, a turbine and mechanical losses (hpump,u is useful pump head input, hturbine is turbine head output, hL is the sum of mechanical losses)? (p1/rho g)+V1^2/2g+z1+hpump=(p2/rho g)+V2^2/2g+z2-hturbine-hl O (p1/rho g)+V1^2/2g+z1-hpump=(p2/rho g)+V2^2/2g+z2+hturbine-hl (p1/rho g)+V1^2/2g+z1+hpump+hl=(p2/rho g)+V2^2/2g+z2+hturbine (p1/rho g)+V1^2/2g+z1+hpump=(p2/rho g)+V2^2/2g+z2+hturbine+hl I donot know
Transcribed Image Text:Which is the correct form of energy equation for pipe flow in a system including a pump, a turbine and mechanical losses (hpump,u is useful pump head input, hturbine is turbine head output, hL is the sum of mechanical losses)? (p1/rho g)+V1^2/2g+z1+hpump=(p2/rho g)+V2^2/2g+z2-hturbine-hl O (p1/rho g)+V1^2/2g+z1-hpump=(p2/rho g)+V2^2/2g+z2+hturbine-hl (p1/rho g)+V1^2/2g+z1+hpump+hl=(p2/rho g)+V2^2/2g+z2+hturbine (p1/rho g)+V1^2/2g+z1+hpump=(p2/rho g)+V2^2/2g+z2+hturbine+hl I donot know
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