Question
T=400K P=10atm molar flow rate=100kmol/s (Ideal gas; molarcular mass = 28g/mol) using 5 m/s velocity into a gas turbine which is isentropic, the velocity of
T=400K
P=10atm
molar flow rate=100kmol/s (Ideal gas; molarcular mass = 28g/mol)
using 5 m/s velocity into a gas turbine which is isentropic, the velocity of output is 1m/s and output pressure is 1atm
Cp (heat capacity) = 1.04 kJ/kg.K
question:
1. T(output)=?
2. How much shaft power(kW) can this gas turbine engine get?
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Surfactant Based Separations Science And Technology
Authors: John F. Scamehorn, Jeffrey H. Harwell
1st Edition
0841236186, 978-0841236189
