Enter the Temperature for the isentropic process state 4 in Fahrenheit (T4s) AIR P₁ = 40 psi; Steam T1= 800 °F Turbine 1

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Enter the Temperature for the isentropic process state 4 in Fahrenheit (T4s) AIR P₁ = 40 psi; Steam T1= 800 °F Turbine 1

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Enter The Temperature For The Isentropic Process State 4 In Fahrenheit T4s Air P 40 Psi Steam T1 800 F Turbine 1 1
Enter The Temperature For The Isentropic Process State 4 In Fahrenheit T4s Air P 40 Psi Steam T1 800 F Turbine 1 1 (22.03 KiB) Viewed 18 times
Enter The Temperature For The Isentropic Process State 4 In Fahrenheit T4s Air P 40 Psi Steam T1 800 F Turbine 1 2
Enter The Temperature For The Isentropic Process State 4 In Fahrenheit T4s Air P 40 Psi Steam T1 800 F Turbine 1 2 (28.79 KiB) Viewed 18 times
Enter the Temperature for the isentropic process state 4 in Fahrenheit (T4s) AIR P₁ = 40 psi; Steam T1= 800 °F Turbine 1,= 90%- Turbine - P: 14.696 14.7 psi; Steam 4- 2+ 11 Compressor Compressor 85% - P₁ = 77.37 psi; AIR P, 15 psi; AIR T3-80°F Ingrese la temperatura para el proceso isentrópico en el estado 4 en Fahrenheit (T4s) para AIRE NO ENTRE unidades.
Question 17 Enter the enthalpy for the actual process in state 4 in Btu/lbm (h4) AIR P₁ = 40 psi; Steam T1 = 800 °F Turbine 1₁=90%- Turbine |__ P₂ 14.696 14.7 psi; Steam +4 Compressor Compressor = 85% -- P₁ = 77.37 psi; AIR P₁= 15 psi; AIR T3 = 80 °F Ingrese la entalpia para el estado 4 (h4) en Btu/lbm para AIRE NO ENTRE unidades.
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