A pipe is connected to a high-pressure reservoir through a converging-diverging nozzle providing the pipe inlet flow of air with the velocity of 170 m/s and the static temperature of 15 OC and static pressure of 300 kPa. The pipe has a constant diameter of 1.5 cm the lenath 100 cm and the fanning

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A pipe is connected to a high-pressure
reservoir through a converging-diverging
nozzle providing the pipe inlet flow of air with
the velocity of 170 m/s and the static
temperature of 15 OC and static pressure of
300 kPa. The pipe has a constant diameter of
1.5 cm,
friction coefficient of 0.013. Consider air as
perfect gas with = 1.4
(e) Calculate the mass flow rate if the pipe
length is increased up to 200 cm
the length 100 cm, and the fanning
Transcribed Image Text:A pipe is connected to a high-pressure reservoir through a converging-diverging nozzle providing the pipe inlet flow of air with the velocity of 170 m/s and the static temperature of 15 OC and static pressure of 300 kPa. The pipe has a constant diameter of 1.5 cm, friction coefficient of 0.013. Consider air as perfect gas with = 1.4 (e) Calculate the mass flow rate if the pipe length is increased up to 200 cm the length 100 cm, and the fanning
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