A.Enthalpy before expansion = Enthalpy after expansion
B.Pressure before expansion = pressure after expansion
C.External work done = Zero
D.Mass before expansion = mass after expansion
E.None of the above
A.Thermodynamic cycle
B.Adiabatic process
C.Isothermal process
D.Irreversible process
E.Reversible process
A.Turbo prop
B.Turbojet
C.Ramjet
D.Rockets
E.Pulsejet
A.Increase with decreasing temperature of heat rejection
B.Decrease with decreasing temperature of heat rejection
C.Decrease with increasing temperature of heat rejection
D.Increase with increasing exhaust pressure
E.None of the above
A.Water drum
B.Water tubes
C.Water walls
D.Super heater
A.Temperature
B.Pressure
C.Specific volume
D.Volume
A.Peltier’s effect
B.Seeback’s effect
C.Thompson effect
D.Maxwell’s effect
E.Faraday’s law
A.100?C and 1 ata
B.0?C 1 ata
C.0?C and 0.1 ata
D.0.1?C and 0.006028 ata
E.0.01?C and 0.006028 ata
A.Less heat is lost
B.High pressure steam has high temperature
C.Steam remains within the cooker
D.It is made of a metal
E.None of the above
A.Maxwell’s law
B.Leduc’s law
C.Daltons law
D.Clapeyrons law
E.Clausius law
