A horizontal wrought iron pipe of 125 mm ID and somewhat corroded is transporting 0.234 m° of air from point A to point B. At A, the pressure is 483 kPa absolute, and at B the pressure must be 448 kPa absolute. Flow is isothermal at 20°C. What is the length of pipe from A to B? Use a pipe roughness of € = 0.00025 m. Assume the air is incompressible and has a density of 8.7 kg/m?
A horizontal wrought iron pipe of 125 mm ID and somewhat corroded is transporting 0.234 m° of air from point A to point B. At A, the pressure is 483 kPa absolute, and at B the pressure must be 448 kPa absolute. Flow is isothermal at 20°C. What is the length of pipe from A to B? Use a pipe roughness of € = 0.00025 m. Assume the air is incompressible and has a density of 8.7 kg/m?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A horizontal wrought iron pipe of 125 mm ID and somewhat corroded is transporting
0.234 m° of air from point A to point B. At A, the pressure is 483 kPa absolute, and at B
the pressure must be 448 kPa absolute. Flow is isothermal at 20°C. What is the length of
pipe from A to B? Use a pipe roughness of € = 0.00025 m. Assume the air is
incompressible and has a density of 8.7 kg/m?
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