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Home/GATE MT 2019 Question Paper With Solution
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Get all set of GATE MT  (Metallurgy) question papers with solution. Download the pdf of GATE MT 2019 previous year question papers with solution.

Askmemetallurgy Latest Questions

Askmemetallurgy Official
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Asked: June 15, 2020In: Mechanical Metallurgy

GATE MT 2019 Q44

True stress – true strain behavior of a metal is given by the flow curve equations = 1750e0.37, where s is in MPa. The true stress at necking (in MPa, rounded off to the nearest integer) is _____.

True stress – true strain behavior of a metal is given by the flow curve equations = 1750e0.37, where s is in MPa. The true stress at necking (in MPa, rounded off to the nearest integer) is _____.

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Askmemetallurgy Official
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Asked: June 15, 2020In: Metal Working (Forming)

GATE MT 2019 Q45

The maximum possible reduction (in 𝑚𝑚, rounded off to one decimal place) of a 100 mm thick slab during rolling is _______. Given: The coefficient of friction between roll and the slab is 0.2, and the roll diameter is 200 mm.

The maximum possible reduction (in 𝑚𝑚, rounded off to one decimal place) of a 100 mm thick slab during rolling is _______.

Given: The coefficient of friction between roll and the slab is 0.2, and the roll diameter is 200 mm.

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Askmemetallurgy Official
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Asked: June 15, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q46

If the solid-solid interfacial energy (𝛾𝑆𝑆) is 0.87 𝐽. 𝑚-2 and solid-liquid interfacial energy (𝛾𝑆𝐿) is 0.5 𝐽. m-2, the dihedral angle (𝜙, in degree, rounded off to one decimal place) during sintering is_________. Read more

If the solid-solid interfacial energy (𝛾𝑆𝑆) is 0.87 𝐽. 𝑚-2 and solid-liquid interfacial energy (𝛾𝑆𝐿) is 0.5 𝐽. m-2, the dihedral angle (𝜙, in degree, rounded off to one decimal place) during sintering is_________.

image 2
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Askmemetallurgy Official
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Asked: June 15, 2020In: Iron & Steel Making

GATE MT 2019 Q41

A blast furnace charged with hematite containing 90 wt.% Fe2O3 produces liquid iron with 3.6 wt.% carbon. Coke containing 90 wt.% carbon is charged at a rate of 500 kg per Metric ton of liquid iron produced. The blast furnace ...Read more

A blast furnace charged with hematite containing 90 wt.% Fe2O3 produces liquid iron with 3.6 wt.% carbon. Coke containing 90 wt.% carbon is charged at a rate of 500 kg per Metric ton of liquid iron produced. The blast furnace top gas contains (by volume), 22% CO, 18% CO2, and balance nitrogen. The volume of the blast furnace top gas [in m3 (NTP), rounded off to the nearest integer] is _______.Given: Assume ideal gas behavior, and molar volume of the gas at NTP is 22.4 litre.

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Askmemetallurgy Official
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Asked: June 15, 2020In: Foundry Technology (Metal Casting)

GATE MT 2019 Q43

In sand-mold casting of a metal, it takes 180 seconds for complete solidification of a 27 cm3 cube-shaped casting. All other parameters remaining constant, the total solidification time (in seconds, rounded off to one decimal place) for a cylinder-shaped [radius ...Read more

In sand-mold casting of a metal, it takes 180 seconds for complete solidification of a 27 cm3 cube-shaped casting. All other parameters remaining constant, the total solidification time (in seconds, rounded off to one decimal place) for a cylinder-shaped [radius = 1 cm and height = 6 cm] casting of the same metal, is _______.   

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Askmemetallurgy Official
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Asked: June 15, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q42

The critical radius (in nm, rounded off to one decimal place) of nickel nucleus during solidification at 1673 K is    _______ .Given: Enthalpy of fusion of nickel = 2.65 × 109 𝐽. 𝑚-3; Liquid-solid interfacial energy = 0.5 𝐽. 𝑚-2, ...Read more

The critical radius (in nm, rounded off to one decimal place) of nickel nucleus during solidification at 1673 K is    _______ .Given: Enthalpy of fusion of nickel = 2.65 × 109 𝐽. 𝑚-3; Liquid-solid interfacial energy = 0.5 𝐽. 𝑚-2, and Equilibrium melting temperature of nickel = 1728 K.

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Askmemetallurgy Official
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Asked: June 14, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q36

The equilibrium constant for the following reaction at 300K is C(grpahite) +2H2(g) gives rise to CH4 (g). Given at 300 K delta(H0)= -74,900 J.mol-1; delta(S0)= -80J mol-1 k-1; R= 8.314 J.mol-1 K-1. A. 5.6*106 ...Read more

The equilibrium constant for the following reaction at 300K is C(grpahite) +2H2(g) gives rise to CH4 (g). Given at 300 K delta(H0)= -74,900 J.mol-1; delta(S0)= -80J mol-1 k-1; R= 8.314 J.mol-1 K-1.

A. 5.6*106 B. 3.6*107

C. 4.0*108 D. 7.3*108

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Askmemetallurgy Official
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Asked: June 14, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q37

A 50 mm (diameter) sphere of solid nickel is oxidized in a gas mixture containing 60% argon and 40% oxygen by volume. The rate of oxidation of nickel is controlled by the rate of transport of oxygen through the concentration ...Read more

A 50 mm (diameter) sphere of solid nickel is oxidized in a gas mixture containing 60% argon and 40% oxygen by volume. The rate of oxidation of nickel is controlled by the rate of transport of oxygen through the concentration boundary layer. The rate of oxidation (in moles  of   nickel   per   minute   (mol/min),   rounded   off   to   two   decimal   places)   is .

Given: Total pressure = 1atm.; Temperature = 1173 K; Concentration of oxygen at the surface of the solid = 0; Boundary layer mass transfer coefficient = 0.03 𝑚. 𝑠−1; Universal gas constant, 𝑅 = 8.205 × 10−5 𝑚3. 𝑎𝑡𝑚. 𝐾−1. 𝑚𝑜𝑙−1 . Assume ideal gas behavior.

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Askmemetallurgy Official
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Asked: June 14, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q38

Equilibrium concentration of dissolved nitrogen (in wt.%, rounded off to three decimal places) in pure liquid iron, exposed to atmospheric air at  1873 K, is                                                                                                            Given: Sieverts’ law constant as a function of temperature (T; in Kelvin) is log10 K [N] ...Read more

Equilibrium concentration of dissolved nitrogen (in wt.%, rounded off to three decimal places) in pure liquid iron, exposed to atmospheric air at  1873 K, is                                                                                                           

Given: Sieverts’ law constant as a function of temperature (T; in Kelvin) is log10 K [N]  = [-518/T- 1.063], where 𝐾[N]      has the dimension of 𝑎𝑡𝑚-(1/2).

Assume [hN] =[wt.% N] , where [hN] is the activity of nitrogen with respect to 1 wt.% Henrian standard state.

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Askmemetallurgy Official
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Asked: June 14, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q39

Pressure drop in the granular zone of a blast furnace is 300 mm of water per meter of the bed height. The bed permeability is 0.8 𝑚4. 𝑁-1. 𝑠-1. The volumetric flow rate of gas per unit  area  through  the  ...Read more

Pressure drop in the granular zone of a blast furnace is 300 mm of water per meter of the bed height. The bed permeability is 0.8 𝑚4. 𝑁-1. 𝑠-1. The volumetric flow rate of gas per unit  area  through  the  bed  [in  (𝑚3. 𝑠-1). 𝑚-2,  rounded  off  to  the  nearest  integer]     is ______ . Assume Darcy’s law is applicable and g = 9.8 𝑚. 𝑠-1. Density of water = 1000 𝑘𝑔. 𝑚-3.

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Asked: June 14, 2020In: Mineral Processing & Non-ferrous Metallurgy

GATE 2019 Q40

100 Metric tons of copper concentrate containing 21 wt.% Cu is to be processed in 6 months with 25 working days per month and 8 working hours per day. The concentrate is leached by sulphuric acid and electrolyzed in 10 ...Read more

100 Metric tons of copper concentrate containing 21 wt.% Cu is to be processed in 6 months with 25 working days per month and 8 working hours per day. The concentrate is leached by sulphuric acid and electrolyzed in 10 cells arranged in series. The minimum current  rating  (Ampere  per  month  per  cell,  rounded  off  to   the   nearest   integer)   is ______.Given: Faraday constant = 96500 𝐶𝑜𝑢𝑙𝑜𝑚𝑏 𝑝𝑒𝑟 𝑔𝑟𝑎𝑚 𝑒𝑞𝑢𝑖𝑣𝑎𝑙𝑒𝑛𝑡. Atomic weight of copper is 63.

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Askmemetallurgy Official
Askmemetallurgy Official
Asked: June 13, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q35

Steady state radial heat conduction through a hollow, infinitely long zirconia cylinder is governed by the following ordinary differential equation: Read more

Steady state radial heat conduction through a hollow, infinitely long zirconia cylinder is governed by the following ordinary differential equation:

image

Where, T is the temperature and r is the radial distance. The inner surface of the hollow cylinder is maintained at 1473 K and the outer surface at 973 K. The rate of heat loss per unit length through the outer surface of the hollow cylinder (in 𝑊. 𝑚−1, rounded off to the nearest integer) is __________.

Given: Inner radius of cylinder = 0.05 m; outer radius of cylinder = 0.07 m and thermal conductivity of zirconia (k) = 2 𝑊. 𝑚−1. 𝐾−1.

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Askmemetallurgy Official
Askmemetallurgy Official
Asked: June 13, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q34

The partial pressure of zinc (in torr, rounded off to two decimal places) in equilibrium with liquid lead containing 0.03 mole% zinc at 900 K is__________. Given: Vapour pressure of pure zinc (𝑝°zn ) at 900 K is 0.027 atm. Henry’s ...Read more

The partial pressure of zinc (in torr, rounded off to two decimal places) in equilibrium with liquid lead containing 0.03 mole% zinc at 900 K is__________.

Given: Vapour pressure of pure zinc (𝑝°zn ) at 900 K is 0.027 atm. Henry’s law coefficient (𝛾° zn) for zinc at infinite dilute solution in lead on Raoultian scale is 8.55.

1 𝑡𝑜𝑟𝑟 = 1.316 × 10−3 𝑎𝑡𝑚

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Poll
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Asked: June 13, 2020In: Physical Metallurgy & Heat treatment

GATE MT 2019 Q33. Match the ceramics in column 1 with corresponding application in column 2.

Poll Results

11.11%A ( 4 voters )
2.78%B ( 1 voter )
11.11%C ( 4 voters )
75%D ( 27 voters )
Based On 36 Votes

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GATE MT 2019 Q33. Match the ceramics in column 1 with corresponding application in column 2.
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Poll
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Asked: June 13, 2020In: Physical Metallurgy & Heat treatment

GATE MT 2019 Q32. Match the phase transformation in column 1 with the corresponding reaction in column 2. Note: alpha,beta,gamma are solid phases, L1,L2,L3 are liquid phases.

Poll Results

71.43%A ( 40 voters )
16.07%B ( 9 voters )
10.71%C ( 6 voters )
1.79%D ( 1 voter )
Based On 56 Votes

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GATE MT 2019 Q32. Match the phase transformation in column 1 with the corresponding reaction in column 2. Note: alpha,beta,gamma are solid phases, L1,L2,L3 are liquid phases.
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Poll
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Asked: June 13, 2020In: Physical Metallurgy & Heat treatment

GATE MT 2019 Q31. The table (see options below) providing correct information about crystal structure, co-ordination and packing fraction is ______. [Note: FCC: Face centred cubic,BCC: Body centred cubic, DC: Diamond cubic, CN: Coordination number, PF: Packing fraction]

Poll Results

77.42%A ( 24 voters )
6.45%B ( 2 voters )
3.23%C ( 1 voter )
12.9%D ( 4 voters )
Based On 31 Votes

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GATE MT 2019 Q31. The table (see options below) providing correct information about crystal structure, co-ordination and packing fraction is ______. [Note: FCC: Face centred cubic,BCC: Body centred cubic, DC: Diamond cubic, CN: Coordination number, PF: Packing fraction]
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Askmemetallurgy Official
Askmemetallurgy Official
Asked: June 12, 2020In: Mechanical Metallurgy

GATE MT 2019 Q30

Cold working of iron leads to increase in dislocation density from 1010 to 1015 m-2. The associated stored energy ( in MJ m-3, rounded off to one decimal place) is _____. Given : Shear modulus of iron = 82 GPa, burger,s ...Read more

Cold working of iron leads to increase in dislocation density from 1010 to 1015 m-2. The associated stored energy ( in MJ m-3, rounded off to one decimal place) is _____. Given : Shear modulus of iron = 82 GPa, burger,s vector ‾b= a0/2[111] , a0= 0.2856nm.

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Asked: June 12, 2020In: Physical Metallurgy & Heat treatment

GATE MT 2019 Q29

A FCC crystal with a lattice parameter of 0.3615 nm is used to measure the wavelength of monochromatic x-rays. The Bragg angle (θ) for the reflection from (111) planes is 21.68°. The wavelength of x-rays (in nm rounded off to ...Read more

A FCC crystal with a lattice parameter of 0.3615 nm is used to measure the wavelength of monochromatic x-rays. The Bragg angle (θ) for the reflection from (111) planes is 21.68°. The wavelength of x-rays (in nm rounded off to three decimal places is )________.

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Poll
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Asked: June 12, 2020In: Mechanical Metallurgy

GATE MT 2019 Q28

Poll Results

19.05%0.5 ( 4 voters )
4.76%1.0 ( 1 voter )
57.14%2.0 ( 12 voters )
19.05%4.0 ( 4 voters )
Based On 21 Votes

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The length of internal cracks in the two samples of same glass is measured to be C1= 0.5mm and C2= 2mm. The ratio of (σ1/σ2) of the fracture strength of the two samples is ______.

The length of internal cracks in the two samples of same glass is measured to be C1= 0.5mm and C2= 2mm. The ratio of (σ1/σ2) of the fracture strength of the two samples is ______.

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Poll
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Asked: June 12, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q27

Poll Results

20%4.83 ( 3 voters )
73.33%9.65 ( 11 voters )
0%19.30
6.67%38.60 ( 1 voter )
Based On 15 Votes

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Consider electrodeposition of copper on a copper electrode from an aqueous solution containing 0.5 × 10−3 𝑚𝑜𝑙. 𝑐𝑚−3 CuSO4. Given: Faraday constant, 𝐹 = 96500 𝐶𝑜𝑢𝑙𝑜𝑚𝑏 𝑝𝑒𝑟 𝑔𝑟𝑎𝑚 𝑒𝑞𝑢𝑖𝑣𝑎𝑙𝑒𝑛𝑡. Assume transport of reactant is rate limiting, and mass transfer coefficient is 10-4 𝑐𝑚. ...Read more

Consider electrodeposition of copper on a copper electrode from an aqueous solution containing 0.5 × 10−3 𝑚𝑜𝑙. 𝑐𝑚−3 CuSO4. Given: Faraday constant, 𝐹 = 96500 𝐶𝑜𝑢𝑙𝑜𝑚𝑏 𝑝𝑒𝑟 𝑔𝑟𝑎𝑚 𝑒𝑞𝑢𝑖𝑣𝑎𝑙𝑒𝑛𝑡. Assume transport of reactant is rate limiting, and mass transfer coefficient is 10-4 𝑐𝑚. 𝑠-1. The limiting current density (in 𝑚𝐴. 𝑐𝑚-2) is ___. Read less
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Poll
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Asked: June 12, 2020In: Thermodynamics & Rate Processes

GATE MT 2019 Q26

Poll Results

6.25%1 ( 1 voter )
56.25%2 ( 9 voters )
25%3 ( 4 voters )
12.5%5 ( 2 voters )
Based On 16 Votes

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Terminal rise velocity of a spherical shaped solid in a liquid obeys the following functional relationship: U=f(d,W,μ,ρ) where μ is the terminal rise velocity, d is the diameter of the solid, W is the apparent weight of the solid, μ ...Read more

Terminal rise velocity of a spherical shaped solid in a liquid obeys the following functional relationship: U=f(d,W,μ,ρ) where μ is the terminal rise velocity, d is the diameter of the solid, W is the apparent weight of the solid, μ is the viscosity of liquid and ρ is the density of liquid. According to Buckingham Π theorem, the number of independent dimensionless variables needed to describe the phenomenon is_________.

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Asked: June 11, 2020In: Metal Working (Forming)

GATE MT 2019 Q25. Match the automobile components in column 1 with the corresponding manufacturing processes in column 2.

Poll Results

0%A
77.36%B ( 41 voters )
13.21%C ( 7 voters )
9.43%D ( 5 voters )
Based On 53 Votes

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GATE MT 2019 Q25. Match the automobile components in column 1 with the corresponding manufacturing processes in column 2.
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Askmemetallurgy Official
Asked: June 11, 2020In: Welding Technology

GATE MT 2019 Q24. An arc welding is performed at 400 Amperes, 20 V at a transverse speed of 5 mm/s. If the heat transfer efficiency is 0.6, the energy input per unit length( in J/mm, rounded off to the nearest integer ) during the process is ___________.

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Asked: June 11, 2020In: Mechanical Metallurgy

GATE MT 2019 Q23. The S-N curve of steel is given below. If the stress ratio, sigma(min)/sigma( max)= -0.8, the maximum stress (in MPa rounded off to nearest integer) that the steel can withstand for infinite fatigue life is _______.

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GATE MT 2019 Q23. The S-N curve of steel is given below. If the stress ratio, sigma(min)/sigma( max)= -0.8, the maximum stress (in MPa rounded off to nearest integer) that the steel can withstand for infinite fatigue life is _______.
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Askmemetallurgy Official
Askmemetallurgy Official
Asked: June 11, 2020In: Physical Metallurgy & Heat treatment

GATE MT 2019 Q22. A material, made up of alternating layers of metal A and B, is loaded as shown below. If the volume % of B is 25%, the elastic modulus (in GPa rounded off to one decimal) of the material is ____________. Given elastic moduli of A and B are 200 GPa and 100 GPa, respectively.

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GATE MT 2019 Q22. A material, made up of alternating layers of metal A and B, is loaded as shown below. If the volume % of B is 25%, the elastic modulus (in GPa rounded off to one decimal) of the material is ____________. Given elastic moduli of A and B are 200 GPa and 100 GPa, respectively.
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