There is the system shown in Figure 1, inwhich there are two sharp edged type inputsand a sudden contraction where it is fulfilledthat D1/ D2 = 1/2. The system contains thefollowing information: Ka = 0.5, Kb = 0.65, L13D 300 т, D1 — 50 тт, є1 —D 0.0015 m, L2 3D240 т, D2 %3D 100 тт, є2 %3 0, 0003 т, v %310-6 m / sec y hf = 6 m. Determine the flowrate through the piping system: a) from themanual method and b) from the equivalentlength.АthfB21КаKbКа

There is the system shown in Figure 1, in which there are two sharp edged type inputs and a sudden contraction where it is fulfilled that D1/ D2 = 1/2. The system contains the following information: Ka = 0.5, Kb = 0.65, L1 = 300 m, D1 = 50 mm, €1 = 0.0015 m, L2 = %3D %3D 240 т, D2 %3 100 тт, є2 %3D 0, 0003 т, U%3 10-6 m / sec y hf = 6 m. Determine the flow rate through the piping system: a) from the manual method and b) from the equivalent length. A thf B 2 1 Ка Kb Ka

There is the system shown in Figure 1, in which there are two sharp edged type inputs and a sudden contraction where it is fulfilled that D1/ D2 = 1/2. The system contains the following information: Ka = 0.5, Kb = 0.65, L1 = 300 m, D1 = 50 mm, €1 = 0.0015 m, L2 = %3D %3D 240 т, D2 %3 100 тт, є2 %3D 0, 0003 т, U%3 10-6 m / sec y hf = 6 m. Determine the flow rate through the piping system: a) from the manual method and b) from the equivalent length. A thf B 2 1 Ка Kb Ka

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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