In the three-reservoir system shown below, water flows from A to junction J at a flow...

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In the three-reservoir system shown below, water flows from A to junction J at a flow rate Q1 = 0.70 m³/sec. The reservoir/Node elevations and pipe information is shown below. Assuming a Hazen- Williams Coefficient (CHw) = 129 and ignoring all minor losses and the pressure head at node j ( Pj/y)= 62 Determine the flow rate in pipe 2 (Q2) Pipe Length (m) Diameter (m) 1 500 2 400 3 150 Reservoir/Node Elevation (m) 300 250 240 200 A BC с 0.5 0.4 ??? J In the three-reservoir system shown below, water flows from A to junction J at a flow rate Q1 = 0.70 m³/sec. The reservoir/Node elevations and pipe information is shown below. Assuming a Hazen- Williams Coefficient (CHw) = 129 and ignoring all minor losses and the pressure head at node j ( Pj/y)= 62 Determine the flow rate in pipe 2 (Q2) Pipe Length (m) Diameter (m) 1 500 2 400 3 150 Reservoir/Node Elevation (m) 300 250 240 200 A BC с 0.5 0.4 ??? J

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