A centrifugal pump operating under steady flow conditions delivers 3000 kg of water per minute at 20 degrees * C . The suction pressure is 0.8 bar and delivery pressure is 3 bar. The suction pipe diameter is 15 cm and discharge pipe diameter is 10 cm. Find the capacity of the drive motor. Neglect the change in internal energy and assume that the suction and discharge are at same level

Elements Of Electromagnetics
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Q20: A centrifugal pump operating under steady flow conditions delivers 3000 kg of water per minute at 20 degrees * C . The suction pressure is 0.8 bar and delivery pressure is 3 bar. The suction pipe diameter is 15 cm and discharge pipe diameter is 10 cm. Find the capacity of the drive motor. Neglect the change in internal energy and assume that the suction and discharge are at same level
Q20: A centrifugal pump operating under steady flow conditions delivers 3000 kg
of water per minute at 20°C. The suction pressure is 0.8 bar and delivery pressure
is 3 bar. The suction pipe diameter is 15 cm and discharge pipe diameter is 10 cm.
Find the capacity of the drive motor. Neglect the change in internal energy and
assume that the suction and discharge are at same level
Transcribed Image Text:Q20: A centrifugal pump operating under steady flow conditions delivers 3000 kg of water per minute at 20°C. The suction pressure is 0.8 bar and delivery pressure is 3 bar. The suction pipe diameter is 15 cm and discharge pipe diameter is 10 cm. Find the capacity of the drive motor. Neglect the change in internal energy and assume that the suction and discharge are at same level
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