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Page 1 Topic Question No. Question Option A Option B Option C Option D Extractive metallurgy 1 What is the component of ice water steam system CO2 H2O HCL CO Extractive metallurgy 2 A compound of impurity in usually in the form of Mns is Phosphorous Sulphur Nickel chromium Extractive metallurgy 3 A Compound of impurity ,phosphorous present as Fe3P and found iron as mixture called Steadlite Pearlite Magnetite Cementide Extractive metallurgy 4 What is the composition of sterling silver 80%Ag20%Cu 90%Ag10 %Au 92%Ag10%Cu 85%Ag10%Al 5%Cu Extractive metallurgy 5 A monovalent metal having lower valency is more likely to dissolve one of Less Valency High Valency Equal Valeny Moderate Valency Extractive metallurgy 6 A Phase of iron containing some carbon,silicon and phosphorous Liquid Solution Interstitial solution Gaseous Solution solid solution Extractive metallurgy 7 In Sulphur printing Technique, which one of the following photographic paper is used? Golden Bromide Paper Copper bromide Paper Silver bromide paper Zinc bromide paper Extractive metallurgy 8 A SAE System uses a basic four-digit system to designate Chemical composition of carbon and alloy steel Mechanic al properties of carbon and alloy steel Thermal properties of carbon and alloy steel Identification of alloy Page 2 Topic Question No. Question Option A Option B Option C Option D Extractive metallurgy 1 What is the component of ice water steam system CO2 H2O HCL CO Extractive metallurgy 2 A compound of impurity in usually in the form of Mns is Phosphorous Sulphur Nickel chromium Extractive metallurgy 3 A Compound of impurity ,phosphorous present as Fe3P and found iron as mixture called Steadlite Pearlite Magnetite Cementide Extractive metallurgy 4 What is the composition of sterling silver 80%Ag20%Cu 90%Ag10 %Au 92%Ag10%Cu 85%Ag10%Al 5%Cu Extractive metallurgy 5 A monovalent metal having lower valency is more likely to dissolve one of Less Valency High Valency Equal Valeny Moderate Valency Extractive metallurgy 6 A Phase of iron containing some carbon,silicon and phosphorous Liquid Solution Interstitial solution Gaseous Solution solid solution Extractive metallurgy 7 In Sulphur printing Technique, which one of the following photographic paper is used? Golden Bromide Paper Copper bromide Paper Silver bromide paper Zinc bromide paper Extractive metallurgy 8 A SAE System uses a basic four-digit system to designate Chemical composition of carbon and alloy steel Mechanic al properties of carbon and alloy steel Thermal properties of carbon and alloy steel Identification of alloy Iron Making 9 Dispersion hardening materials can be produced with the help of Powder metallurgy Forging Rolling Machining Iron Making 10 Pig iron is the product of Blast Furnace open hearth furnace Glass furnace Mufolla Furnace Iron Making 11 Iron ore is extracted through open Pit Mining closed Pit mining blasting process Smelting Process Iron Making 12 Pure iron is a Soft ,grayish white metal hard ,grayish white metal soft ,grayish black metal hard grayish black metal Iron Making 13 A modern process used for making bulk steel is Steel Making Nitrogen Process Steel Making carbon Process Basic steel Making Oxygen Process Steel making carbon- nitrogen proces Iron Making 14 First Blast furnace appeared in 14th century and produce steel from iron oxide is 1 ton per day 2 ton per day 3 ton per day 4 ton per day Iron Making 15 Giant Furnace produce steel 13000 ton/day 23000 ton/day 33000 ton/day 3000 ton/day Iron Making 16 Final hot metal coming out from blast furnace contain 75% Iron 93.5% to 95 % Iron 80 % to 85 % Iron 85 % to 90 % Iron Transport phenomena 17 Iron and steel making modern industries generating product by efficiently controlled by heat , mass ,momemtum is called Fluid dynamics controlled phenome na Safety phenomena Transport phenomena Page 3 Topic Question No. Question Option A Option B Option C Option D Extractive metallurgy 1 What is the component of ice water steam system CO2 H2O HCL CO Extractive metallurgy 2 A compound of impurity in usually in the form of Mns is Phosphorous Sulphur Nickel chromium Extractive metallurgy 3 A Compound of impurity ,phosphorous present as Fe3P and found iron as mixture called Steadlite Pearlite Magnetite Cementide Extractive metallurgy 4 What is the composition of sterling silver 80%Ag20%Cu 90%Ag10 %Au 92%Ag10%Cu 85%Ag10%Al 5%Cu Extractive metallurgy 5 A monovalent metal having lower valency is more likely to dissolve one of Less Valency High Valency Equal Valeny Moderate Valency Extractive metallurgy 6 A Phase of iron containing some carbon,silicon and phosphorous Liquid Solution Interstitial solution Gaseous Solution solid solution Extractive metallurgy 7 In Sulphur printing Technique, which one of the following photographic paper is used? Golden Bromide Paper Copper bromide Paper Silver bromide paper Zinc bromide paper Extractive metallurgy 8 A SAE System uses a basic four-digit system to designate Chemical composition of carbon and alloy steel Mechanic al properties of carbon and alloy steel Thermal properties of carbon and alloy steel Identification of alloy Iron Making 9 Dispersion hardening materials can be produced with the help of Powder metallurgy Forging Rolling Machining Iron Making 10 Pig iron is the product of Blast Furnace open hearth furnace Glass furnace Mufolla Furnace Iron Making 11 Iron ore is extracted through open Pit Mining closed Pit mining blasting process Smelting Process Iron Making 12 Pure iron is a Soft ,grayish white metal hard ,grayish white metal soft ,grayish black metal hard grayish black metal Iron Making 13 A modern process used for making bulk steel is Steel Making Nitrogen Process Steel Making carbon Process Basic steel Making Oxygen Process Steel making carbon- nitrogen proces Iron Making 14 First Blast furnace appeared in 14th century and produce steel from iron oxide is 1 ton per day 2 ton per day 3 ton per day 4 ton per day Iron Making 15 Giant Furnace produce steel 13000 ton/day 23000 ton/day 33000 ton/day 3000 ton/day Iron Making 16 Final hot metal coming out from blast furnace contain 75% Iron 93.5% to 95 % Iron 80 % to 85 % Iron 85 % to 90 % Iron Transport phenomena 17 Iron and steel making modern industries generating product by efficiently controlled by heat , mass ,momemtum is called Fluid dynamics controlled phenome na Safety phenomena Transport phenomena Transport phenomena 18 Heating of iron ore in blast furnace heat and mass transfer takes place between Descending hot gases and ascending solid and liquid phases Ascending hot gases and descendin g solid and liquid phases Ascending hot gases and ascending solid and liquid phases Descending hot gases and descending solid and liquid phases Transport phenomena 19 In iron and steel manufacturing industries , heat transfer problem treated reletes to thermo - mechanical combined process electro- mechanica l Control Process thermo-mechanical control process electro- mechanical Combined Process Transport phenomena 20 To control the molten metal temperature inside the tundish, In modern iron work use Induction heating Thermal heating chemical Heating oxygen heating Transport phenomena 21 Rapid increase in metal temperature inside induction furnace , causes swift fall in heat treansfer rate swift increase in heat transfer rate slowely fall in heat transfer rate slowely increase in heat transfer rate Transport phenomena 22 In hot rolling process of steel , on hot steel strip cooled air is impinge Cooled gas is sprayed Water jet cooling system is use No cooling system is used Transport phenomena 23 when water jet impinge on the surface of the hot strip of steel , heat transfer mode constant only forced convectio n only radiation varies locally in different region Page 4 Topic Question No. Question Option A Option B Option C Option D Extractive metallurgy 1 What is the component of ice water steam system CO2 H2O HCL CO Extractive metallurgy 2 A compound of impurity in usually in the form of Mns is Phosphorous Sulphur Nickel chromium Extractive metallurgy 3 A Compound of impurity ,phosphorous present as Fe3P and found iron as mixture called Steadlite Pearlite Magnetite Cementide Extractive metallurgy 4 What is the composition of sterling silver 80%Ag20%Cu 90%Ag10 %Au 92%Ag10%Cu 85%Ag10%Al 5%Cu Extractive metallurgy 5 A monovalent metal having lower valency is more likely to dissolve one of Less Valency High Valency Equal Valeny Moderate Valency Extractive metallurgy 6 A Phase of iron containing some carbon,silicon and phosphorous Liquid Solution Interstitial solution Gaseous Solution solid solution Extractive metallurgy 7 In Sulphur printing Technique, which one of the following photographic paper is used? Golden Bromide Paper Copper bromide Paper Silver bromide paper Zinc bromide paper Extractive metallurgy 8 A SAE System uses a basic four-digit system to designate Chemical composition of carbon and alloy steel Mechanic al properties of carbon and alloy steel Thermal properties of carbon and alloy steel Identification of alloy Iron Making 9 Dispersion hardening materials can be produced with the help of Powder metallurgy Forging Rolling Machining Iron Making 10 Pig iron is the product of Blast Furnace open hearth furnace Glass furnace Mufolla Furnace Iron Making 11 Iron ore is extracted through open Pit Mining closed Pit mining blasting process Smelting Process Iron Making 12 Pure iron is a Soft ,grayish white metal hard ,grayish white metal soft ,grayish black metal hard grayish black metal Iron Making 13 A modern process used for making bulk steel is Steel Making Nitrogen Process Steel Making carbon Process Basic steel Making Oxygen Process Steel making carbon- nitrogen proces Iron Making 14 First Blast furnace appeared in 14th century and produce steel from iron oxide is 1 ton per day 2 ton per day 3 ton per day 4 ton per day Iron Making 15 Giant Furnace produce steel 13000 ton/day 23000 ton/day 33000 ton/day 3000 ton/day Iron Making 16 Final hot metal coming out from blast furnace contain 75% Iron 93.5% to 95 % Iron 80 % to 85 % Iron 85 % to 90 % Iron Transport phenomena 17 Iron and steel making modern industries generating product by efficiently controlled by heat , mass ,momemtum is called Fluid dynamics controlled phenome na Safety phenomena Transport phenomena Transport phenomena 18 Heating of iron ore in blast furnace heat and mass transfer takes place between Descending hot gases and ascending solid and liquid phases Ascending hot gases and descendin g solid and liquid phases Ascending hot gases and ascending solid and liquid phases Descending hot gases and descending solid and liquid phases Transport phenomena 19 In iron and steel manufacturing industries , heat transfer problem treated reletes to thermo - mechanical combined process electro- mechanica l Control Process thermo-mechanical control process electro- mechanical Combined Process Transport phenomena 20 To control the molten metal temperature inside the tundish, In modern iron work use Induction heating Thermal heating chemical Heating oxygen heating Transport phenomena 21 Rapid increase in metal temperature inside induction furnace , causes swift fall in heat treansfer rate swift increase in heat transfer rate slowely fall in heat transfer rate slowely increase in heat transfer rate Transport phenomena 22 In hot rolling process of steel , on hot steel strip cooled air is impinge Cooled gas is sprayed Water jet cooling system is use No cooling system is used Transport phenomena 23 when water jet impinge on the surface of the hot strip of steel , heat transfer mode constant only forced convectio n only radiation varies locally in different region Mechanical metallurgy 24 Important assumption in strength of material are that the body which is being analyzed is discrete, homogeneous and isotropic continous ,hetrogen eous and isotropic continous ,homogeneous and isotropic discrete,hetr ogenous and isotropic Mechanical metallurgy 25 when metal are deformed in a particular direction as in rolling or forging ,mechanical properties may be anisotropic isentropic polytropic istropic Mechanical metallurgy 26 Material that behave a non linear stress strain relationship ,still satisfy the defination of elastic Rubber Copper Reinforce fibre aluminium Mechanical metallurgy 27 As the plastic deformation of material increases, the metal become strain hardening stress hardening weaker stable Mechanical metallurgy 28 Maximum load divided by the original area of specimen is yield strength fatigue strength compressive strength ultimate tensile strength Mechanical metallurgy 29 A complete brittle material would fracture at the elastic limit Plastic limit yield point ultimate tensile stress Foundry technology 30 It serve to produce internal surface in casting is runer Cores gate riser Foundry technology 31 Bigger grain size in casting results in a better strength worse surface finish better permeability casting without cavity Foundry technology 32 Pattern is made of wax in Investment casting centrifugal casting Die Casting Permanent mold casting Foundry technology 33 In which casting process mold is preheated and coated with lubricants for seperation of casting is Hot chamber Die casting centrifugal casting Investment casting Permanent mold casting Foundry technology 34 Defects appear in cast product due to casting solidifies before completely fill the mold is Cold shuts Hot tearing misruns Microporosit y Page 5 Topic Question No. Question Option A Option B Option C Option D Extractive metallurgy 1 What is the component of ice water steam system CO2 H2O HCL CO Extractive metallurgy 2 A compound of impurity in usually in the form of Mns is Phosphorous Sulphur Nickel chromium Extractive metallurgy 3 A Compound of impurity ,phosphorous present as Fe3P and found iron as mixture called Steadlite Pearlite Magnetite Cementide Extractive metallurgy 4 What is the composition of sterling silver 80%Ag20%Cu 90%Ag10 %Au 92%Ag10%Cu 85%Ag10%Al 5%Cu Extractive metallurgy 5 A monovalent metal having lower valency is more likely to dissolve one of Less Valency High Valency Equal Valeny Moderate Valency Extractive metallurgy 6 A Phase of iron containing some carbon,silicon and phosphorous Liquid Solution Interstitial solution Gaseous Solution solid solution Extractive metallurgy 7 In Sulphur printing Technique, which one of the following photographic paper is used? Golden Bromide Paper Copper bromide Paper Silver bromide paper Zinc bromide paper Extractive metallurgy 8 A SAE System uses a basic four-digit system to designate Chemical composition of carbon and alloy steel Mechanic al properties of carbon and alloy steel Thermal properties of carbon and alloy steel Identification of alloy Iron Making 9 Dispersion hardening materials can be produced with the help of Powder metallurgy Forging Rolling Machining Iron Making 10 Pig iron is the product of Blast Furnace open hearth furnace Glass furnace Mufolla Furnace Iron Making 11 Iron ore is extracted through open Pit Mining closed Pit mining blasting process Smelting Process Iron Making 12 Pure iron is a Soft ,grayish white metal hard ,grayish white metal soft ,grayish black metal hard grayish black metal Iron Making 13 A modern process used for making bulk steel is Steel Making Nitrogen Process Steel Making carbon Process Basic steel Making Oxygen Process Steel making carbon- nitrogen proces Iron Making 14 First Blast furnace appeared in 14th century and produce steel from iron oxide is 1 ton per day 2 ton per day 3 ton per day 4 ton per day Iron Making 15 Giant Furnace produce steel 13000 ton/day 23000 ton/day 33000 ton/day 3000 ton/day Iron Making 16 Final hot metal coming out from blast furnace contain 75% Iron 93.5% to 95 % Iron 80 % to 85 % Iron 85 % to 90 % Iron Transport phenomena 17 Iron and steel making modern industries generating product by efficiently controlled by heat , mass ,momemtum is called Fluid dynamics controlled phenome na Safety phenomena Transport phenomena Transport phenomena 18 Heating of iron ore in blast furnace heat and mass transfer takes place between Descending hot gases and ascending solid and liquid phases Ascending hot gases and descendin g solid and liquid phases Ascending hot gases and ascending solid and liquid phases Descending hot gases and descending solid and liquid phases Transport phenomena 19 In iron and steel manufacturing industries , heat transfer problem treated reletes to thermo - mechanical combined process electro- mechanica l Control Process thermo-mechanical control process electro- mechanical Combined Process Transport phenomena 20 To control the molten metal temperature inside the tundish, In modern iron work use Induction heating Thermal heating chemical Heating oxygen heating Transport phenomena 21 Rapid increase in metal temperature inside induction furnace , causes swift fall in heat treansfer rate swift increase in heat transfer rate slowely fall in heat transfer rate slowely increase in heat transfer rate Transport phenomena 22 In hot rolling process of steel , on hot steel strip cooled air is impinge Cooled gas is sprayed Water jet cooling system is use No cooling system is used Transport phenomena 23 when water jet impinge on the surface of the hot strip of steel , heat transfer mode constant only forced convectio n only radiation varies locally in different region Mechanical metallurgy 24 Important assumption in strength of material are that the body which is being analyzed is discrete, homogeneous and isotropic continous ,hetrogen eous and isotropic continous ,homogeneous and isotropic discrete,hetr ogenous and isotropic Mechanical metallurgy 25 when metal are deformed in a particular direction as in rolling or forging ,mechanical properties may be anisotropic isentropic polytropic istropic Mechanical metallurgy 26 Material that behave a non linear stress strain relationship ,still satisfy the defination of elastic Rubber Copper Reinforce fibre aluminium Mechanical metallurgy 27 As the plastic deformation of material increases, the metal become strain hardening stress hardening weaker stable Mechanical metallurgy 28 Maximum load divided by the original area of specimen is yield strength fatigue strength compressive strength ultimate tensile strength Mechanical metallurgy 29 A complete brittle material would fracture at the elastic limit Plastic limit yield point ultimate tensile stress Foundry technology 30 It serve to produce internal surface in casting is runer Cores gate riser Foundry technology 31 Bigger grain size in casting results in a better strength worse surface finish better permeability casting without cavity Foundry technology 32 Pattern is made of wax in Investment casting centrifugal casting Die Casting Permanent mold casting Foundry technology 33 In which casting process mold is preheated and coated with lubricants for seperation of casting is Hot chamber Die casting centrifugal casting Investment casting Permanent mold casting Foundry technology 34 Defects appear in cast product due to casting solidifies before completely fill the mold is Cold shuts Hot tearing misruns Microporosit y Foundry technology 35 Foundry sand is a mixture of fresh and recycled sand,which containn 90% silica, 3% water , 7 % clay 80 % silica, 6 % water , 14% clay 70 % silica ,12 % water , 28% clay 60 % silica, 24% water , 56 % clay Foundry technology 36 surface finish obtained by shell molding up to 2.5 mm 3.5 mm 4,5 mm 5,5 mm Production of Steel 37 In electric arc furnace 150 kg of coal are used to produce around 0.5 ton of steel 2 ton of steel 1 ton of steel 3 ton of steel Production of Steel 38 Steel can be defined as alloy of Iron and carbon up to 0.008 to 2 % Carbon 2 to 3 % carbon 3.2 to 4.3 % carbon 4.4 to 6.6% Carbom Production of Steel 39 Steel making iron ore is used around 0.72 0.82 0.98 0.9 Production of Steel 40 Largest producer of iron ore is Australia japan America India Production of Steel 41 Element like phosphorous and sulphur react with oxygen to form acidic oxide ,these can be remove using carbon dioxide Quiklime Limestone magnessium oxide Production of Steel 42 Iron ore contain rocky material which clog in the furnace , to remove these the material is added Coke Limestone calcium carbonate acidic oxide Production of Steel 43 In steel making ,sulphur has to remove first to form corrosion resistance slag on the top of the iron hardness anti oxide film on the surface Physical metallurgy 44 Redistribution of the solute produced by solidification is frequently term as Freezing Microsegr egation segregation formulation Physical metallurgy 45 solidification of metals occurs by Nucleation Recystalis ation non crystalization Grain and Growth Physical metallurgy 46 A dendrite is a crystal with a tree like branching is Nucleus Grain growth structure transition Physical metallurgy 47 Homogenous nucleation can occur above the Freezing point glass transition temperatu re recrystalisation temperature melting pointRead More
FAQs on MCQ on Engineering Metallurgy - Mechanical Engineering
| 1. What is engineering metallurgy? |  |
Ans. Engineering metallurgy is a branch of mechanical engineering that deals with the study of the physical and chemical behavior of metallic materials and their applications in engineering. It involves understanding the properties, structure, and processing of metals to design and develop reliable and efficient engineering components.
| 2. What are the main types of engineering materials? | |
Ans. The main types of engineering materials are metals, polymers, ceramics, and composites. Metals are widely used due to their high strength, ductility, and conductivity. Polymers have good flexibility and are used for insulation and packaging. Ceramics are known for their high temperature resistance and hardness. Composites are a combination of two or more materials with tailored properties.
| 3. What are the different methods of metal extraction? | |
Ans. The different methods of metal extraction include pyrometallurgy, hydrometallurgy, and electrometallurgy. Pyrometallurgy involves high-temperature processes like smelting to extract metals from their ores. Hydrometallurgy uses aqueous solutions to dissolve metals from ores. Electrometallurgy involves using electrolysis to extract metals from their compounds.
| 4. What is the significance of phase diagrams in engineering metallurgy? | |
Ans. Phase diagrams are graphical representations that show the relationships between temperature, composition, and the phases (solid, liquid, gas) of a material system. They are crucial in engineering metallurgy as they help in understanding the behavior of alloys during solidification, heat treatment, and phase transformations. Phase diagrams also aid in selecting appropriate alloy compositions for desired mechanical properties.
| 5. How does heat treatment affect the properties of metals? | |
Ans. Heat treatment is a controlled process of heating and cooling metals to alter their microstructure and improve their mechanical properties. It can change the hardness, strength, toughness, and grain size of metals. For example, quenching followed by tempering can increase the hardness and strength of steel. Annealing can relieve internal stresses and improve the ductility of metals. Heat treatment plays a vital role in enhancing the performance and durability of engineering components.
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