Soluble in solid state
Insoluble in liquid state
Insoluble in both solid & liquid state
Soluble in liquid state
D. Soluble in liquid state
Wrought
Tool
Alloy
Plain carbon
Brake linings
Bearings
Carbide tool tips
All 'a', 'b' and 'c'
9,100
13,000
7,000
2,550
7
10
12
17
6 : 1
12 : 1
18 : 1
24 : 1
High speed steel
Carbide
Cast alloy
Plain carbon steel
Eutectic temperature
Lower critical temperature
Recrystallisation temperature
Upper critical temperature
Ferrous
Ceramic
Cemented carbide
Non-ferrous cast alloy cutting tool
Insulator for heat & electricity transmission
Ferritic
Behave like paramagnetic materials
Superconductor
Storm
Rain
Clear weather
Cold wave
Fatigue strength
Creep strength
Resilience
Endurance limit
Decreases & increases
Increases & increases
Increases & decreases
Decreases & decreases
Ore
Electrical power
Labour
Abundant water
Lumps
Pellets
Briquettes
Sinter
Water passes through tubes and flue gases around it
Tube carrying hot flue gases are immersed in a pool of water
Tubes are placed in vertical position
None of these
Carbon
Volatile matter
Ash
Moisture
Fuel cells
Photo voltaic cell
Magneto hydrodynamic generator
None of these
Wet bulb temperature increases
Dry bulb temperature remains constant
Dew point temperature increases
Dry bulb temperature increases
A ferromagnetic material becomes paramagnetic above the 'Curie temperature'
Permanent magnets are made of hard materials, whereas electromagnets require soft magnetic materials
Soft magnetic materials (e.g., pure iron) have higher permeability and low hysterisis loss and coercive forces
Tungsten steel and alnico are not hard magnetic materials
Lead
Stainless steel
Graphite
Cast iron
Hard
Elastic
Ductile
Brittle
Iron
Copper
Titanium
Aluminium
15
25
10
30
Antifriction properties
Compressive strength
Bearing resistance
Wear resistance
Deviation
Derivative time
Error ratio
Differential gap
Increase
Decrease
Remain same
May increase or decrease; depending on the type of metal
For a pressure vessel to be classified as 'thin vessel', the ratio of wall thickness to mean radius is less than 0.1
For calculating forces and efficiency of riveted joint, either rivet diameter or rivet hole diameter is used in case of pressure vessel and in structural work
Longitudinal joint is normally made butt joint to maintain the circularity of the vessel
Maximum diameter of the opening provided in a pressure vessel, which does not require any compensation is 200 mm
Additive
Constitutive
Both (A) & (B)
Neither (A) nor (B)
High precision components with complex cavities and sharp features
Components of large size
Porosity free components
Components of such alloys whose constituents do not form alloys readily
1 stoke = 1 cm2/sec
1 N.sec/m2 = 10 paise
1 stoke = 1 m2/sec
1 m2/sec = 104 stokes