A. Resilience
B. Toughness
C. Ductility
D. Impact strength
A. SiO2
B. Al2O3
C. CaSiO2
D. MgO
A. Copper
B. Steel
C. Zinc
D. Aluminium
A. Sinter
B. Coke
C. Iron ore
D. Limestone
A. Zinc, copper & nickel
B. Cobalt, chromium & tungsten
C. Zinc, aluminium & nickel
D. Nickel, cobalt & vanadium
A. Uranium – 233 : Fertile material
B. Binding energy : Mass defect
C. Scattering: Absorption cross-section
D. Number of nucleons : Mass number
A. Partial pressure of water vapour is less than the total pressure
B. Humidity is < 100% & dew point temperature of air has not reached
C. Dew point temperature of air has not reached & air is not saturated fully
D. Air is fully saturated
A. 2
B. 3
C. 0.8
D. 6
A. Precipitation of sulphur takes place
B. H2SO3 is formed
C. Oleum is formed
D. None of these
A. Carbon and other alloying elements get oxidised from the weld pool
B. Excessive ferrite forms in the heat affected zone leading to poor toughness of the weld
C. Martensite forms in the heat affected zone leading to poor toughness/ductility of the weld
D. Segregation of carbon and other element occurs in the weld pool leading to poor properties of
the weld