Figure shows a pump employed for lifting water from a sump. If it is required to pump (60 liters/sec.) of water through a (0.1 m) diameter pipe from the sump to a point (10 m) above, Determine the power required. Also determine pressure intensities at Land M. Assume an overall efficiency of (70 %). Neglect All Losses

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Q_3/Figure shows a pump employed for lifting water from a sump. If it is required to pump (60 liters/sec.) of water through a (0.1 m) diameter pipe from the sump to a point (10 m) above, Determine the power required. Also determine pressure intensities at Land M. Assume an overall efficiency of (70 %). Neglect All Losses
Q_3/Figure shows a pump employed for
lifting water from a sump. If it is required
to pump (60 liters/sec.) of water through
a (0.1 m) diameter pipe from the sump to
a point (10 m) above,
Determine the power required.
Also determine pressure intensities at
Land M. Assume an overall efficiency of
(70 %).
Neglect All Losses
0.1 m dia.
M
Pump
Water sump
4m-
Transcribed Image Text:Q_3/Figure shows a pump employed for lifting water from a sump. If it is required to pump (60 liters/sec.) of water through a (0.1 m) diameter pipe from the sump to a point (10 m) above, Determine the power required. Also determine pressure intensities at Land M. Assume an overall efficiency of (70 %). Neglect All Losses 0.1 m dia. M Pump Water sump 4m-
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