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answerhappygod
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For the network shown below write the Q-equations and solve the system. Pipe 3 contains a pressure reduction value 200 ft downstream from node 1 that is set to maintain an HGL = 250 ft on its discharge side. Use the notation Ki and ni in these equations and solve for Q's. Pipe 1 2 3 4. 5 K 1.93 4.44 3.50 47.90 7.67 1.935 1.940 1.840 1.866 1.917 520 1.0 ft/ 1.2 ft/s (1) 12" - 4000 (2) 10" - 3500 (5) 8". 2000 420 PRV HGL 10". 3000 6 - 3000 All e=0.005 v = 1.27 x 10 ft/s 13 ) 0.9 ft/s
For the network shown below write the Q-equations and solve the system. Pipe 3 contains a pressure reduction value 200 ft downstream from node 1 that is set to maintain an HGL = 250 ft on its discharge side. Use the notation Ki and ni in these equations and solve for Q's. Pipe 1 2 3 4. 5 K 1.93 4.44 3.50 47.90 7.67 1.935 1.940 1.840 1.866 1.917 520 1.0 ft/ 1.2 ft/s (1) 12" - 4000 (2) 10" - 3500 (5) 8". 2000 420 PRV HGL 10". 3000 6 - 3000 All e=0.005 v = 1.27 x 10 ft/s 13 ) 0.9 ft/s
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