You have a pipe with an inside diameter of 3.48 in. and roughness 0.00032 in. A fluid with specific gravity 0.9497 and kinematic viscosity 0.000272 ft^2/s moves between two points separated by a vertical distance of 24.7 ft. The pipe has a total length of 91.8 ft and has 5 long-radius 90° elbows. The pressure drop between the two points is known to be 11.933592 psig. What are the total losses in in? NOTE: Express the answer to 4 decimal places.
You have a pipe with an inside diameter of 3.48 in. and roughness 0.00032 in. A fluid with specific gravity 0.9497 and kinematic viscosity 0.000272 ft^2/s moves between two points separated by a vertical distance of 24.7 ft. The pipe has a total length of 91.8 ft and has 5 long-radius 90° elbows. The pressure drop between the two points is known to be 11.933592 psig. What are the total losses in in? NOTE: Express the answer to 4 decimal places.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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You have a pipe with an inside diameter of 3.48 in. and roughness 0.00032 in. A fluid with specific gravity 0.9497 and kinematic viscosity 0.000272 ft^2/s moves between two points separated by a vertical distance of 24.7 ft. The pipe has a total length of 91.8 ft and has 5 long-radius 90° elbows. The pressure drop between the two points is known to be 11.933592 psig. What are the total losses in in?
NOTE: Express the answer to 4 decimal places.
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