In an engine radiator, heat is transferred by
A.Conduction
B.Convection
C.Radiation
D.Conduction and convection
E.None of the above
A.Conduction
B.Convection
C.Radiation
D.Conduction and convection
E.None of the above
A.Cool the air
B.Reduce the volume of air
C.To cause moisture and oil vapour to drop out
D.Remove impurities from air
E.None of the above
A.Circular motion imparted to gases after combustion
B.Circular motion imparted to suction air
C.Radial motion imparted to fuel air mixture
D.Directional movement of fuel spray
E.None of the above
A.Volumetric efficiency
B.Compression ratio
C.Method of charging
D.Atomization
E.None of the above
A.Relief valve
B.Strainer
C.Over pressure shut down
D.Over speed shut down
E.Intercooler relief valve
A.That heat which causes change of state
B.That heat which produces a rise of temperature
C.That heat which produces a rise of temperature
D.That can only be sensed by a thermometer
E.None of the above
A.Improve heat transfers rate
B.Improve engine performance
C.Reduce fuel consumption
D.Assist in starting the engine
E.Guard against dirt and dust
A.Increases
B.Reduces
C.Remains unaffected
D.Depends on other factors
E.None of the above
A.Amyl nitrate
B.Tetra ethyl lead
C.Trimethyl pentane
D.Hexadecane
E.Aromatics
A.Henry’s law
B.Clausius Clapeyron equation
C.Raoult’s law
D.Dalton’s law
E.None of the above