9:46 M回 O NI l l 96%l IMG 20220311_093841.jpg From a reservoir A whose surface elevation is 225 m, water is pumped through 1200 m. of 300 mmø pipes across a valley to a second reservoir B whose level...


9:46 M回<br>O NI l l 96%l<br>IMG 20220311_093841.jpg<br>From a reservoir A whose surface elevation is<br>225 m, water is pumped through 1200 m. of<br>300 mmø pipes across a valley to a second<br>reservoir B whose level is at elev. 240 m.<br>During pumping, the pressure is 550 kPa at a<br>point on the pipe midway of its length at C and<br>at elevation 195 m. f a pump is installed near<br>the outlet of the reservoir A and assuming<br>f= 0.02.<br>EL 240<br>El. 225<br>600 mm<br>300 mme<br>300mm<br>600m<br>EL 195<br>O Compute the discharge flowing in the<br>pipeline.<br>Compute the head added due to the<br>presence of the pump.<br>O Compute the horsepower exerted by the<br>pump.<br>

Extracted text: 9:46 M回 O NI l l 96%l IMG 20220311_093841.jpg From a reservoir A whose surface elevation is 225 m, water is pumped through 1200 m. of 300 mmø pipes across a valley to a second reservoir B whose level is at elev. 240 m. During pumping, the pressure is 550 kPa at a point on the pipe midway of its length at C and at elevation 195 m. f a pump is installed near the outlet of the reservoir A and assuming f= 0.02. EL 240 El. 225 600 mm 300 mme 300mm 600m EL 195 O Compute the discharge flowing in the pipeline. Compute the head added due to the presence of the pump. O Compute the horsepower exerted by the pump.

Jun 11, 2022
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