Water is pumped between two tanks (A and B) in a single pipe with energy equation of HP3DZ8-ZA +85Q². For the pump characteristic curve, use H,=22.9+10.7Q– 111 Q². Find the discharge (Q) and pump head (Hp) for the following cases: 1) If Zg-ZA =15 m when there is only one pump found to the pipe. 2) If Zg-ZA =15 m when there are two pumps connected in parallel to the pipe. 3) If Zg-ZA =25 m when there are two pumps connected in series to the pipe. %3D
Water is pumped between two tanks (A and B) in a single pipe with energy equation of HP3DZ8-ZA +85Q². For the pump characteristic curve, use H,=22.9+10.7Q– 111 Q². Find the discharge (Q) and pump head (Hp) for the following cases: 1) If Zg-ZA =15 m when there is only one pump found to the pipe. 2) If Zg-ZA =15 m when there are two pumps connected in parallel to the pipe. 3) If Zg-ZA =25 m when there are two pumps connected in series to the pipe. %3D
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Transcribed Image Text:Water is pumped between two tanks (A and B) in a single pipe with energy equation of
Hp = Zs-ZA + 85Q'. For the pump characteristic curve, use H,-22.9+10.7Q- 11i Q?.
Find the discharge (Q) and pump head (Hp) for the following cases:
1) If Zg-ZA =15 m when there is only one pump found to the pipe.
2) If Zg-ZA =15 m when there are two pumps connected in parallel to the pipe.
3) If Zg-ZA =25 m when there are two pumps connected in series to the pipe.
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