A. For the system shown in the figure,select the proper pump that has thebest efficiency to raise 12 m³ of waterfrom the lower tank to the upper one.The time targeted for the process to becompleted at least in 60 mins. Thepump is located at zero elevation.Make your calculations at theminimum allowed depth in the lowertank (i.e. 1 m). What would be theefficiency and actual flow rate?Head (m)3530252015B. Using your recommended pump,how long does it take the pump to elevate 12 m³ if the water level in the lower tank is fixed at 3 m.401050-0Pump 3Pump 2Pump 10.001Max: +3 m0.002Min: +1 mII60% 70% 80% 90%TI1II+T1II+ICHw = 150D = 100 mm0.003Flow (m³/s)TII+1TL=10 m+16 m0.004L = 16 moooooロロ0.0050.006

CHW = 150 D = 100 mm Concepts used: Bernoulli equation and Hazen William's equationTo find:A. flow…

elect the proper pump that has the est efficiency to raise 12 m³ of water rom the lower tank to the upper one. The time targeted for the process to be ompleted at least in 60 mins. The ump is located at zero elevation. Make your calculations at the minimum allowed depth in the lower ank (i.e. 1 m). What would be the fficiency and actual flow rate? Max: +3 m Pumn 3 Min: +1 m C = 150 D = 100 mm 60% 70% 80% +16 m L=10 m 90% L = 16 m DO 0 3. Using your recommended pump, ow long does it take the pump to elevate 12 m³ if the water level in the lower tank is fixed at 3 m. 40 00 00

elect the proper pump that has the est efficiency to raise 12 m³ of water rom the lower tank to the upper one. The time targeted for the process to be ompleted at least in 60 mins. The ump is located at zero elevation. Make your calculations at the minimum allowed depth in the lower ank (i.e. 1 m). What would be the fficiency and actual flow rate? Max: +3 m Pumn 3 Min: +1 m C = 150 D = 100 mm 60% 70% 80% +16 m L=10 m 90% L = 16 m DO 0 3. Using your recommended pump, ow long does it take the pump to elevate 12 m³ if the water level in the lower tank is fixed at 3 m. 40 00 00

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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