B. Stainless steel

C. Superalloys

D. High speed steel

A. -0.8

C. 0.8

D. 0.08

A. Water equivalent

B. Specific heat capacity

D. Thermal conductivity

B. Temperature change to pressure change occuring during adiabatic compression of a gas

C. Pressure change to temperature change occuring during adiabatic compression of a gas

D. Pressure change to temperature change occuring during adiabatic throttling of a gas

A. Coolness

C. Latent heat

D. Dryness

A. Dislocation

B. Fracture

C. Twinning

A. All amorphous

B. Ceramic

D. All crystalline

A. Sorbite

B. Troostite

C. Martensite

A. K + S + K2Cr2O7

B. K + S

D. None of these

A. High % of CO2 in

B. Low temperature of

D. High temperature of

A. Alcohol

B. Air

D. Mercury

A. Wetness

B. Mass flow rate

D. Neither A nor B

A. Heat transfer from the surface of the liquid is less than that in film boiling

B. Surface temperature is greater than the saturation temperature of the liquid

D. Bubble generation is by expansion of entrapped gas/vapour at small cavities in the surface

A. None of these

B. Heat

C. Pressure

A. None of these

C. Cylinder

D. Mold

A. Impact strength

C. Toughness

D. Ductility

A. Silicon carbide

C. Hardened steel

D. Tungsten carbide

A. Vanadium

B. Molybdenum

D. Chromium

A. Iron ore, coke & air

B. Limestone, sand & iron ore

C. Iron ore & coke

A. 0.25

B. 0.95

C. 0.45

A. MgO

B. MnO2

D. FeO

B. Y = Cp/Cv

C. 1.5

D. 1.4

A. CaSiO2

B. SiO2

D. MgO

A. None of these

C. Punching

D. Cutting torch

B. Drain out water and sludge from the boiler during repair

C. All A, B. & C

D. Guard the boiler in case of abnormal rise in steam pressure

A. Hydrazine addition during feed water treatment

B. Water alkalinity & leakage

D. Scale formation

A. Cant be used in the form of pressure sensitive tapes

C. Cant join two dissimilar metals

D. Cure instantaneously after application on a surface

A. Toughness

B. Tensile

C. Compressive

B. Temperature

C. Velocity

D. None of these

B. Authored by Perry and Chilton

C. Edited by Perry and Chilton

D. Authored by Kirk Othmer

A. 12

B. 8

C. 4

A. Throttling

C. Refrigerant cooling

D. Evaporator

B. Whose oxide/ore is not reduced by carbon

C. Which fall in the category of alkali & alkaline earth metals

D. Which stands higher in the electrochemical series of the metal

B. Chloride

C. Carbonate

D. Sulphate

B. Bolt

C. Split nut

D. Set screw

B. Manganese

C. Both A nor B

D. Neither A nor B

B. Carbon free

C. Wrought

D. Pig

A. Voltage sensitive null

B. None of these

C. Current sensitive deflected

A. S > 1.5% and P < 0.05%

B. S 1.5%

D. S < 0.05% and P < 1.5%

B. Loam

C. Synthetic

D. Dry

A. Lower, as it gives shorter wavelength

C. Lower, as it gives higher wavelength

D. Higher, as it gives higher wavelength

A. Regulate the supply of water in boiler

B. Guard the boiler in case of abnormal rise in steam pressure

D. Put out the fire in the furnace when the water level in the boiler falls to unsafe limit

A. 12.5 : 1

B. 18.5 : 1

D. 15.5 : 1

A. Cannot be zero

B. Can be fractional

D. Can be determined only experimentally

A. 2.4

B. 8.4

C. 5.6

A. Employs minimum quantity of refrigerant

B. Has very high C.O.P.

D. Consumer minimum horse power

B. Exhaust

C. Condensation

D. Scavenging

A. Enthalpy

B. Temperature

C. Internal energy

B. 40

C. 8

D. 10

A. Red

B. Extended

C. Extreme