Find H in “kJ/kg” & S in “kJ/kg-K” for a superheated steam of 500 C temperature and 20 MPa pressure.

PHASE: Superheated Steam

UNITS: SI

Given T500 P20

Find H, H=3241.0999 (T=500 P=20)

S, S=6.1456 (T=500 P=20)

Find P, H & S in the “SI” unit system for a superheated steam with a temperature of 500 C and specific volume of 0.1 m3/kg.

PHASE: Superheated Steam

UNITS: SI 

Find P, P=3.4690 (T=500 V=0.1)

H, H=3450.9474 (T=500 V=0.1)

S, S=7.1624 (T=500 V=0.1)

Find P, H & S in the “SI” unit system for a 300 C superheated steam with a specific internal energy of 2700 kJ/kg.

PHASE: Superheated Steam

UNITS: SI

Given T300 U2700

Find P, P=4.9658 (T=300 U=2700)

H, H=2926.8186 (T=300 U=2700)

S, S=6.2155 (T=300 U=2700)

Find P and S in the “SI” unit system for a 150 C superheated steam with a specific enthalpy of 2750 kJ/kg.

PHASE: Superheated Steam

UNITS: SI

Given T150 H2750

Find P, P=0.4231 (T=150 H=2750)

S, S=6.8988 (T=150 H=2750)

Find P and H in the “SI” unit system for a 400 C superheated steam with a specific entropy of 5 kJ/kg-K.

PHASE: Superheated Steam

UNITS: SI

Given T400 S5

Find P, P=26.2620 (T=400 S=5)

H, H=2491.0673 (T=400 S=5)

Find T, H & S in the “SI” unit system for a superheated steam with a specific volume of 0.08 m/kg at 5Mpa.

PHASE: Superheated Steam

UNITS: SI

Given V0.08 P5

Find T, T=613.9391 (V=0.08 P=5)

H, H=3639.8117 (V=0.08 P=5)

S, S=7.2945 (V=0.08 P=5)