4. Given a portion of a water supply pipe network system below. Determine the actual flow in each pipe and the respective head losses. Assume flow in pipes AB and BC in loop Il and I respectively...


4. Given a portion of a water supply pipe network system below. Determine the actual<br>flow in each pipe and the respective head losses. Assume flow in pipes AB and BC in<br>loop Il and I respectively equal to 0.142 m3/s clockwise and 0.038 m3/s clockwise for<br>the first trial. Use Manning's Equation with n<br>0.011.<br>%3D<br>Pipes<br>АВ<br>Length (m)<br>700<br>Diameter (cm)<br>30<br>ВС<br>800<br>15<br>CD<br>1100<br>25<br>DE<br>650<br>35<br>300<br>1500<br>EA<br>10<br>BD<br>10<br>Q, = 0.15 m/s<br>%3D<br>QA = 0.10 m/s<br>Qc = 0.10 m/s<br>В<br>Loop I<br>Loop II<br>E<br>A<br>Q = 0.15 m/s<br>%3D<br>

Extracted text: 4. Given a portion of a water supply pipe network system below. Determine the actual flow in each pipe and the respective head losses. Assume flow in pipes AB and BC in loop Il and I respectively equal to 0.142 m3/s clockwise and 0.038 m3/s clockwise for the first trial. Use Manning's Equation with n 0.011. %3D Pipes АВ Length (m) 700 Diameter (cm) 30 ВС 800 15 CD 1100 25 DE 650 35 300 1500 EA 10 BD 10 Q, = 0.15 m/s %3D QA = 0.10 m/s Qc = 0.10 m/s В Loop I Loop II E A Q = 0.15 m/s %3D

Jun 10, 2022
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