Question: Module name Transport phenomenon/fluid dynamics [12] Question 4 = In Figure 2, the length, L = 2400 m, friction factor, f = 0.025, the diameter,
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Module name Transport phenomenon/fluid dynamics
[12] Question 4 = In Figure 2, the length, L = 2400 m, friction factor, f = 0.025, the diameter, D = 2 m, the height, H = 22 m, and minor losses through are 16V2/2g. Determine the time after sudden opening of the valve, for the velocity to rich 80% of the final velocity. [20] H L Figure 2: water tank
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