If oil has kinematic viscosity 4 x 10-5 m2/s, and specific gravity is 0.9, flows from the upper to lower reservoir at a rate of 1870 liter/min in the 23 cm smooth pipe (roughness is zero). Given that the minor head losses coefficient of entrance 0.5, bend 0.32 and outlet 1.9. Use g = 9.81 m/s². O Elevation = ? 60 m Elevation 1= 130 m 130 m Determine the discharge in m³/s, Q. Determine the flow velocity, v. Determine the Reynolds Number, Re Determine the friction factor. Determine the total head losses (major and minor). What is the elevation of the oil surface in the upper reservoir (point 1)?
If oil has kinematic viscosity 4 x 10-5 m2/s, and specific gravity is 0.9, flows from the upper to lower reservoir at a rate of 1870 liter/min in the 23 cm smooth pipe (roughness is zero). Given that the minor head losses coefficient of entrance 0.5, bend 0.32 and outlet 1.9. Use g = 9.81 m/s². O Elevation = ? 60 m Elevation 1= 130 m 130 m Determine the discharge in m³/s, Q. Determine the flow velocity, v. Determine the Reynolds Number, Re Determine the friction factor. Determine the total head losses (major and minor). What is the elevation of the oil surface in the upper reservoir (point 1)?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:If oil has kinematic viscosity 4 x 10-5 m²/s, and
specific gravity is 0.9, flows from the upper to
lower reservoir at a rate of 1870 liter/min in the 23
cm smooth pipe (roughness is zero).
Given that the minor head losses coefficient of
entrance 0.5, bend 0.32 and outlet 1.9.
Use g = 9.81 m/s².
O Elevation = }
60 m
Elevation
- 130m
130 m
Determine the discharge in m³/s, Q.
Determine the flow velocity, v.
Determine the Reynolds Number, Re
Determine the friction factor.
Determine the total head losses (major and
minor).
What is the elevation of the oil surface in the upper
reservoir (point 1)?
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