Fig shows water being pumped from a reservoir at datum level 6.5-m to a reservoir at datum level 24.8-m at a rate of 55.6 L/s by a pump at datum level 9.2-m. The suction pipe is 21-m of 200 mm diameter, and the delivery pipe is 186-m of 100 mm diameter, both with friction factor f=0.015. Determine the head that has to be generated by the pump bove wat suface - = Hs + Hd + heathed } Delivery reservoir -2-2p| 1-211 Suction reservoir h Datum Pump Z₁ Fig. 9.< 10mm Im = foute m 1km =
Fig shows water being pumped from a reservoir at datum level 6.5-m to a reservoir at datum level 24.8-m at a rate of 55.6 L/s by a pump at datum level 9.2-m. The suction pipe is 21-m of 200 mm diameter, and the delivery pipe is 186-m of 100 mm diameter, both with friction factor f=0.015. Determine the head that has to be generated by the pump bove wat suface - = Hs + Hd + heathed } Delivery reservoir -2-2p| 1-211 Suction reservoir h Datum Pump Z₁ Fig. 9.< 10mm Im = foute m 1km =
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Fig shows water being pumped from a reservoir at datum level 6.5-m to a
reservoir at datum level 24.8-m at a rate of 55.6 L/s by a pump at datum level 9.2-m.
The suction pipe is 21-m of 200 mm diameter, and the delivery pipe is 186-m of 100
mm diameter, both with friction factor f=0.015.
Determine the head that has to be generated by the pump
bove wat suface
- = Hs + Hd + heathed }
Delivery
reservoir
-2-2p|
1-211
Suction
reservoir
h
Datum
Pump
Z₁
Fig.
9.<
10mm
Im = foute m
1km
=
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