a large 5.24. A 0.2 m diameter siphon issues 220 l/s of oil of specific gravity at an elevation of 3.0 m below the oil surface, as shown in Figure P5.24. The invert of the siphon is located 8.0 m above its exit to the atmosphere. Determine the losses in the siphon in terms of the velocity head. If two-thirds of the losses are encountered before the invert, what is the lowest pressure in that siphon? 5.0 m Siphon
a large 5.24. A 0.2 m diameter siphon issues 220 l/s of oil of specific gravity at an elevation of 3.0 m below the oil surface, as shown in Figure P5.24. The invert of the siphon is located 8.0 m above its exit to the atmosphere. Determine the losses in the siphon in terms of the velocity head. If two-thirds of the losses are encountered before the invert, what is the lowest pressure in that siphon? 5.0 m Siphon
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![5.24. A 0.2 m diameter siphon issues 220 l/s of oil of specific gravity 0.8 from a large tank to the atmosphere
at an elevation of 3.0 m below the oil surface, as shown in Figure P5.24. The invert of the siphon is
located 8.0 m above its exit to the atmosphere. Determine the losses in the siphon in terms of the
velocity head. If two-thirds of the losses are encountered before the invert, what is the lowest pressure
in that siphon?
15 m
Q=4.5 L/s
Figure P5.23 A convergent-divergent nozzle
fitted to the vertical side of a tank.
Oil
SG=0.8
5.0 m
3.0 m
Figure P5.24 A siphon discharging oil from a tank.
Siphon
Q = 0.22 m³/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F84cc7bfd-899c-4d81-b38d-26be96d79094%2Fe0cd5a39-3a0d-4d47-baa1-3b0a344d3511%2Fgdfbo5_processed.png&w=3840&q=75)
Transcribed Image Text:5.24. A 0.2 m diameter siphon issues 220 l/s of oil of specific gravity 0.8 from a large tank to the atmosphere
at an elevation of 3.0 m below the oil surface, as shown in Figure P5.24. The invert of the siphon is
located 8.0 m above its exit to the atmosphere. Determine the losses in the siphon in terms of the
velocity head. If two-thirds of the losses are encountered before the invert, what is the lowest pressure
in that siphon?
15 m
Q=4.5 L/s
Figure P5.23 A convergent-divergent nozzle
fitted to the vertical side of a tank.
Oil
SG=0.8
5.0 m
3.0 m
Figure P5.24 A siphon discharging oil from a tank.
Siphon
Q = 0.22 m³/s
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