- Queston Solve Both Parts For Problem 4 1 (88.07 KiB) Viewed 15 times
QUESTON: Solve both parts for problem 4
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QUESTON: Solve both parts for problem 4
QUESTON: Solve both parts for problem 4
4. Figure 2 shows a vessel filled with a 'saffron' oil having a density of 850 kg/m3 and having kinematic viscosity of 0.00062 m²/s is being discharged through an 8 mm diameter, 40 m long horizontal pipe. The vessel is open at the top. The height of the oil surface in the vessel is 4 m above the pipe. Calculate the oil volume flowrate through the horizontal pipe (20 points) Calculate Reynolds Number of the flow at pipe exit (10 points) 4 m 40 m
4. Figure 2 shows a vessel filled with a 'saffron' oil having a density of 850 kg/m3 and having kinematic viscosity of 0.00062 m²/s is being discharged through an 8 mm diameter, 40 m long horizontal pipe. The vessel is open at the top. The height of the oil surface in the vessel is 4 m above the pipe. Calculate the oil volume flowrate through the horizontal pipe (20 points) Calculate Reynolds Number of the flow at pipe exit (10 points) 4 m 40 m