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103 J/kJ given 1967 Steam Tables adiabatic ASME 1967 Steam ASME Text Booklet beginning of compression Btu/hr Btu/lbm carbon coefficient of performance compressor Compute constant pressure constant volume cooling water cycle is given decimal point digit is located dimensionless entropy change following data foot pound force gas constant heat added heat at constant heat rejected heat transfer higher heating value ideal gas initial pressure inlet isothermal J/K Solving joule kg/s kg/s x kilogram kinetic energy change kJ/kg Last significant digit m3/kg Solving equation mass flow rate mean effective pressure meter N/m2)/Pa given number of significant Pa-s Pa/kPa potential energy change pound force pound mass Preferred SI units pressure kPa pressure N/m2 pressure ratio psia Solution specific enthalpy specific entropy specific heat specific heats dimensionless specific volume steam enters thermodynamic temperature turbine U.S. customary units volume m3 volumetric flow rate water vapor