Consider the following three-reservoir system: 1 1 2 J 3 2 2 For the system below,...

 

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Consider the following three-reservoir system: 1 1 2 J 3 2 2 For the system below, determine the magnitude of the flow rate at pipe 3 in [cms]. The system has the following characteristics: Ax1 = 1734.0 [m]. D₁ = 0.28 [m]: Ax2 = 923.0 [m], D2 = 0.45 [m], H₂ = 2090 [m]; Ax3 = 2561.0 [m], D3 = 0.53 [m], H3 = 2020 [m]. All pipes are rough concrete with roughness height e = 0.6 [mm]. The elevation of junction J is 2049 [m] and the pressure at junction J is 79.9 [kPa]. 34 Type your answer... Consider the following three-reservoir system: 1 1 2 J 3 2 2 For the system below, determine the magnitude of the flow rate at pipe 3 in [cms]. The system has the following characteristics: Ax1 = 1734.0 [m]. D₁ = 0.28 [m]: Ax2 = 923.0 [m], D2 = 0.45 [m], H₂ = 2090 [m]; Ax3 = 2561.0 [m], D3 = 0.53 [m], H3 = 2020 [m]. All pipes are rough concrete with roughness height e = 0.6 [mm]. The elevation of junction J is 2049 [m] and the pressure at junction J is 79.9 [kPa]. 34 Type your answer...