A pump is used to fill a tank from a reservoir as shown The head provided by the pump is given by h p h 0 (lQ 2 Q 2 max)) where h 0 is 50 meters, Q is the discharge through the pump, and Qmax is 2 m 3 s Assume f 0 018 and the pipe diameter is 90 cm Initially the water level in the tank is the same ...

Solution Head loss coefficient for Entry 05 Exit 1 Friction fa ...

A pump is used to fill a tank from a reservoir as shown. The head provided by

Question:

A pump is used to fill a tank from a reservoir as shown. The head provided by the pump is given by h_p = h₀(l–Q₂/Q₂max)) where h₀ is 50 meters, Q is the discharge through the pump, and Qmax is 2 m³/s. Assume f = 0.018 and the pipe diameter is 90 cm. Initially the water level in the tank is the same as the level in the reservoir. The cross-sectional area of the tank is 100 m2. How long will it take to fill the tank to a height, h, of 40 m?