1. (25 pt) Oil with SG=0.87 and kinematic viscosity, v=2.2×10−4 m2/s flows through the vertical pipe as shown in the fig
Posted: Thu Jul 14, 2022 2:39 pm
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1. (25 pt) Oil with SG=0.87 and kinematic viscosity, v=2.2×10−4 m2/s flows through the vertical pipe as shown in the figure at a rate of 4×10−4 m3/s. The SG of the manometer fluid is 1.3. (a) (5 pt) Compute the flow rate. Is it laminar or turbulent? (b) (5pt ) Compute the dynamic viscosity. (c) (5 pt) Compute the friction loss in m. (d) (5 pt) Compute ΔP=P1−P2. (e) (5 pt) Determine the manometer reading, h, in m.
1. (25 pt) Oil with SG=0.87 and kinematic viscosity, v=2.2×10−4 m2/s flows through the vertical pipe as shown in the figure at a rate of 4×10−4 m3/s. The SG of the manometer fluid is 1.3. (a) (5 pt) Compute the flow rate. Is it laminar or turbulent? (b) (5pt ) Compute the dynamic viscosity. (c) (5 pt) Compute the friction loss in m. (d) (5 pt) Compute ΔP=P1−P2. (e) (5 pt) Determine the manometer reading, h, in m.