The continuity equation in compressible fluids is derived on the basis of
A.conservation of momentum
B.conservation of energy
C.conservation of mass
D.conservation of velocity head
A.conservation of momentum
B.conservation of energy
C.conservation of mass
D.conservation of velocity head
A.236 m/s
B.336 m/s
C.436 m/s
D.536 m/s
A.N = B.S
B.S = B.N
C.B = SN
D.BSN = 1
A.by gases from turbine exhaust
B.by gases from intercooler
C.in separate combustion chamber
D.any of the above
A.Mercury
B.Diphenyl oxide
C.Aluminium bromide
D.any of the above
A.Steam power plant
B.Petrol engine
C.Diesel engine
D.Solar plant
E.Gas turbine plant
A.slip factor
B.Velocity ratio
C.Blade efficiency
D.Diagram efficiency
A.the subsonic flow
B.the supersonic flow
C.both the subsonic as well as supersonic flow
D.none of the above
A.Variation of mass flow rate in proportion to pressure ratio
B.variation of mass flow rate in inverse proportion to pressure ratio
C.fixed mass flow rate regardless of pressure ratio
D.none of the above
A.in impulse turbine
B.a velocity compounded turbine
C.a pressure compounded turbine
D.a velocity pressure compounded turbine