A.Large volumes of air at low pressures
B.Large volumes of air at high pressures
C.Small volumes of air at high pressures
D.Small volumes of air at low pressures
E.None of the above
A.3 ata
B.4 ata
C.5 ata
D.5.5 ata
E.7.5 ata
A.Unit speed
B.Fuel consumption
C.Specific speed
D.Mean effective pressure
E.Exhaust temperature
A.Fuel stored to meet day’s requirement for the boiler
B.Fuel stored for supply at any time during emergency
C.Fuel stored at the plant
D.Fuel stored near the burners
E.None of the above
A.3 kg/cm2
B.9 kg/cm2
C.27 kg/cm2
D.81 kg/cm2
E.243 kg/cm2
A.Atmospheric conditions at any specific location
B.1 kg/cm2 and atmospheric temperature
C.1 kg/cm2 and 0?C
D.1 kg/cm2 and 20?C
E.1 kg/cm2 and 27?C
A.Top side
B.Bottom side
C.Left side
D.Right side
E.Any side
A.Presence of free carbon in exhaust
B.Presence of carbon monoxide in exhaust
C.Presence of oxygen in exhaust
D.Presence of nitrogen in exhaust
E.All of the above
A.Is a unit of temperature measurement
B.Is a unit of latent heat measurement
C.Is thermal conductivity of materials
D.Is quantity of heat required to raise temperature of one tonne of water from 14.5?C to 15.5?C
E.Is the temperature change in water when 1000 calories of heat are added to 1 gm of water, gradually
