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Q2: Consider compressible flow through a long, well insulated duct. At the inlet to the duct the Mach number, pressure and temperature are 0.3, 100kpa and 30°C respectively. Assuming that the flow is adiabatic and that the pipe is sufficiently long to ensure that the flow is chocked at the exit. Find the velocity and temperature at the pipe exit.

Q2: Consider compressible flow through a long, well insulated duct. At the inlet to the duct the Mach number, pressure and temperature are 0.3, 100kpa and 30°C respectively. Assuming that the flow is adiabatic and that the pipe is sufficiently long to ensure that the flow is chocked at the exit. Find the velocity and temperature at the pipe exit.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Q2: Consider compressible flow through a long, well insulated duct. At the inlet to the duct the Mach number, pressure and temperature are 0.3, 100kpa and 30°C respectively. Assuming that the flow is adiabatic and that the pipe is sufficiently long to ensure that the flow is chocked at the exit. Find the velocity and temperature at the pipe exit.
Transcribed Image Text:Q2: Consider compressible flow through a long, well insulated duct. At the inlet to the duct the Mach number, pressure and temperature are 0.3, 100kpa and 30°C respectively. Assuming that the flow is adiabatic and that the pipe is sufficiently long to ensure that the flow is chocked at the exit. Find the velocity and temperature at the pipe exit.
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