EX:Then dis charges frombelout, The dis charageWater Flows from The res ervoir Throwgh apipe andano zzle as shown in The Figurewithout pumpin Thepipeand with The pump (18o L/sec). Thefriction hacttordecreases I0%. with The pump, assumne kintrance = 0is.Determine The power of The pump reguinred to increasThe discharayO draw The H. G.L and E. Gr. L.EL.90water75mmEL.3oISo mwSowm

Given:- Discharge in pipe without pump =140 l/sec Discharge in pipe with pump = 180 l/sec To find:-…

Water Flows from The res ervoir Ihrouh apipe Then dis charges from a nozzle as shown in The Figure without pump (1401/5 belout, The discharage in The pipe and with The pump (180L/se). The frietion hactor decreases I0%. with The pump, assumne kintrance = Oi5. Determine The power of The pump requirad to increas

Water Flows from The res ervoir Ihrouh apipe Then dis charges from a nozzle as shown in The Figure without pump (1401/5 belout, The discharage in The pipe and with The pump (180L/se). The frietion hactor decreases I0%. with The pump, assumne kintrance = Oi5. Determine The power of The pump requirad to increas

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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