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Air as a perfect gas flows in a nozzle, it reaches critical condition at its exit, the nozzle efficiency will be of the nozzle exit velocity, for a stagnation temperature of 500 K. * 2 n = 8V₂² e 2 n = 4 x 104₂²

Air as a perfect gas flows in a nozzle, it reaches critical condition at its exit, the nozzle efficiency will be of the nozzle exit velocity, for a stagnation temperature of 500 K. * 2 n = 8V₂² e 2 n = 4 x 104₂²

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! Air as a perfect gasf flows in a nozzle, it reaches critical condition at its exit, the nozzle efficiency will be REALL- of the nozzle exit velocity, for a stagnation temperature of 500 K. * 2 n = 8V₂² n = 4 × 10¹V₂ ²
Transcribed Image Text:! Air as a perfect gasf flows in a nozzle, it reaches critical condition at its exit, the nozzle efficiency will be REALL- of the nozzle exit velocity, for a stagnation temperature of 500 K. * 2 n = 8V₂² n = 4 × 10¹V₂ ²
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