Rankine cycle efficiency for fixed steam temperature of any volume upto critical temperature will be maximum for steam pressure of
A.Critical pressure
B.100 kg/cm2
C.200 kg/cm2
D.203.5 kg/cm2
E.250 kg/cm2
A.Critical pressure
B.100 kg/cm2
C.200 kg/cm2
D.203.5 kg/cm2
E.250 kg/cm2
A.Nozzle losses
B.Blade friction losses
C.Disc friction losses
D.Gland leakage losses
E.Back pressure losses
A.3000 RPM
B.1500 RPM
C.1000 RPM
D.375 RPM
E.50 RPM
A.Clausius Clapeyron equation
B.Henry’s law
C.Raoult’s law
D.Maxwell’s equation
E.Dalton’s law
A.Remain unaltered
B.Will decrease
C.Will increase
A.1230 mm Hg
B.0.69 kg/sq-cm
C.0.687 kg/sq-cm
D.0.313 kg/sq-cm
E.1.213 kg/sq-cm
A.5 to 10
B.10 to 14
C.14 to 22
D.22 to 25
E.25 to 30
A.Prevent clogging
B.Improve surface finish
C.Improve heat transfer
D.Reduce wear and eliminate scuffing
E.Reduce clearance, between rings and cylinder
A.Simple
B.Regeneration
C.Reheating
D.Reheating with regeneration
E.Multi-stage expansion with reheating and regeneration
A.To assist inflow of oil
B.To prevent clogging of burner
C.To improve combustion efficiency
D.To uniformly spray oil in combustion chamber
E.None of the above