Find V, U, H & S in the “US” unit system for compressed water with a temperature of 675 F and pressure of 5000 psia.

PHASE: Compressed Water

UNITS: US

Given T675 P5000

Find V, V=0.025082 (T=675 P=5000)

U, U=684.6690 (T=675 P=5000)

H, H=707.8762 (T=675 P=5000)

S, S=0.8820 (T=675 P=5000)

Find P, H & S in the “US” unit system for a compressed water with a specific volume of 0.02 ft3/lbm and temperature of 500 F.

PHASE: Compressed Water

UNITS: US

Given T500 V0.02

Find P, P=2731.4560 (T=500 V=0.02)

H, H=487.5038 (T=500 V=0.02)

S, S=0.6806 (T=500 V=0.02)

Find P, H & S in the “US” unit system for a compressed water with a specific internal energy of 584 Btu/lbm and temperature of 600 F.

PHASE: Compressed Water

UNITS: US

Given T600 U584

Find P, P=5059.4457 (T=600 U=584)

H, H=604.5193 (T=600 U=584)

S, S=0.7876 (T=600 U=584)

Find P & S in the “US” unit system for a compressed water with a specific enthalpy of 170 Btu/lbm and temperature of 200 F.

PHASE: Compressed Water

UNITS: US

Given T200 H170

Find P, P=854.8710 (T=200 H=170)

S, S=0.2930 (T=200 H=170)

Find P & H in the “US” unit system for a compressed water with temperature of 400 F and a specific entropy of 0.566 Btu/lbm-R.

PHASE: Compressed Water

UNITS: US
Given T400 S0.566

Find P, P=499.3813 (T=400 S=0.566)

H, H=375.3790 (T=400 S=0.566)

Find T, H & S in the “US” unit system for compressed water with a specific volume of 0.016 ft3/lbm at 10000 psia,

PHASE: Compressed Water

UNITS: US

Given P10000 V0.016

Find T, T=173.5993  (P=10000 V=0.016)  

H, H=165.2224  (P=10000 V=0.016) 

S, S=0.2430  (P=10000 V=0.016)