Una turbina de vapor
recibe vapor con un flujo másico de 30 kg/s a 6205 kPa, 811 K, con una velocidad a la
entrara de 10 m/s. El vapor a la entrada tiene una energĂa interna especĂfica de 3150.3
kJ/kg y un volumen especĂfico de 0.05789 m3
/kg. El vapor sale de la turbina a 9.859 kPa,
318.8 K. El vapor sale a 200 m/s con una energĂa interna especĂfica de 2211.8 kJ/kg y
un volumen especĂfico de 13.36 m3
/kg. Encuentre la potencia producida por la turbina
si Ă©sta pierde calor a una tasa de 30 kW.
Answers: 1
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How many molecules are present in 3 mols of silicon dioxide (sio2)?
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Do you agree with scientist’s prediction about the warming of alaska and other polar regions?
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Alead ball is dropped into a lake from a diving board 5m above the water . it hits the water with a certain velocity and then sink with constant velocity in bottom . it reaches the bottom 5 second after it is dropped if g= 10m/s2 . find depth of the lake and average velocity of the ball ?
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Una turbina de vapor
recibe vapor con un flujo másico de 30 kg/s a 6205 kPa, 811 K, con una veloci...
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