Red
Extended
Super
Extreme
C. Super
3171Pa
3567Pa
1.01 × 105Pa
5000Pa
Compact & rugged construction with an accuracy of 0.1 to 1%
No moving parts and incurs negligible deflection under load
Provision of thermal compensation and is hermetically sealed
All 'a', 'b' & 'c'
Supercharging
Wall temperature
Compression ratio
Engine speed
A
D
1/A
1/A2
Electrochemical deposition
Gaseous reduction
Atomisation
Mechanical attrition
Air
Oxygen
Liquid medium
Gaseous medium
Spheroids
Nodular aggregates of graphite
Flakes
Cementite
Engine having carburettor
Diesel engine
Compression ignition engine
Both (B) & (C)
Voltage sensitive null
Voltage sensitive deflected
Current sensitive deflected
None of these
Liquid iron
Solid iron
Sponge iron
Iron saturated with carbon
Determination of elastic constant
Detection of defects in metal
Measurement of material thickness
None of the above
Phosphorous
Nitrogen
Carbon
Boron
Ammonium phosphate
Calcium phosphate
Animal charcoal
Ammonium sulphate
180°
212°
32°
273°
Decreases with the increase of concentration of the solute
Increases with the increase of concentration of the solute
Remains constant
Is unity at infinite dilution
Lot size corresponding to break even analysis
Average level of inventory
Optimum lot size
None of these
1 kg/cm2
1 bar
1 atmosphere
1 kilo Pascal
Direct arc
Indirect arc
Resistance
Induction
Fracture strength
Yield strength
Elastic limit
Limit of proportionality
Aluminium carbide
Tungsten carbide
Nickel carbide
Iron carbide
Materials exhibiting high elasticity obey Hooke's law
The elastic behaviour of rubber under compression is the same as its behaviour under tension
The damping capacity of a material is due to its plastic deformation
The stress required to cause plastic flow in polycrystalline material is higher as compared to monocrystalline materials due to the presence of grains of different orientations
Very low which prevents their ignition by compression
Very high which prevents their ignition by compression
Zero
None of these
S < 0.05% and P < 0.05%
S < 0.05% and P < 1.5%
S < 0.05% and P > 1.5%
S > 1.5% and P < 0.05%
Silicon
Carbon
Phosphorous
Chromium
Enthalpy
Relative humidity
Wet bulb temperature
Dew point temperature
Viscous force
Gravity force
Hydrostatic force
Surface tension force
Preloaded spring
Piezoelectric
Bonded strain gauge
None of these
Intensifies deterioration
Changes the composition of the metal
Inhibits further deterioration
None of these
Critical point
Curie temperature
Inversion temperature
Eutectic temperature
More
Equal
Less
Double