Macmillan L Nitrogen gas enters a 0.450 m diameter pipe at 30.0 °C, 2.60 atm (absolute), and 6.30 m/s. The pipe rises 24.0 ft and then falls 99.0 ft. The nitrogen gas exits the pipe at 30.0 °C and 1.10 atm (absolute). The ultimate goal is to find AEK and AĖp in the process. Assume N₂ behaves ideally. 4 V₁ = What is V₁, the volumetric flow rate of nitrogen gas into the pipe section? What is m, the mass flow rate into the pipe? ーー z, ft T, °C P, atm (absolute) u, m/s z, ft T₂ °C P, atm (absolute) u₂ m/s m³/s

Macmillan L Nitrogen gas enters a 0.450 m diameter pipe at 30.0 °C, 2.60 atm (absolute), and 6.30 m/s. The pipe rises 24.0 ft and then falls 99.0 ft. The nitrogen gas exits the pipe at 30.0 °C and 1.10 atm (absolute). The ultimate goal is to find AEK and AĖp in the process. Assume N₂ behaves ideally. 4 V₁ = What is V₁, the volumetric flow rate of nitrogen gas into the pipe section? What is m, the mass flow rate into the pipe? ーー z, ft T, °C P, atm (absolute) u, m/s z, ft T₂ °C P, atm (absolute) u₂ m/s m³/s

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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Question 3: a) In a '72.77' mm diameter pipeline conveying air, the inlet Mach number is measured to be $0.5198'. Find the length of the pipeline at which the flow conditions become sonic. Assume standard air properties and the average friction factor obtained from independent tests is 0.02. Also obtain Mach number at 1 m from the inlet of the pipe.
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If 10 m^3 of atmospheric air at 1 degree centigrade temperature are compressed to a volume of 1m^3 at 100°C, what will be the pressure of air?
Question 2. Solve with detailed solutions please. Thank You
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