GATE 2022 ME (Set 1) question paper PDF and answer key

The official GATE 2022 Mechanical Engineering (Set 1) paper, organised by IIT Kharagpur: 65 questions for 100 marks in 3 hours. Download the official question paper and answer key as PDFs. Below is how the marks were split by topic, the complete official answer key and 5 questions solved step by step.

Source: the official paper and answer key published by IIT Kharagpur for GATE 2022 (official GATE site). Spotted a mistake? Email team@lemyte.com.

General Aptitude
10 · 15 marks
Mechanical Engineering
55 · 85 marks
MCQ / MSQ / NAT
35 / 6 / 24
Marks to all
Q 10

Where the marks were

GATE 2022 ME (Set 1) topic-wise marks

Mechanical Engineering questions only; General Aptitude adds 15 marks on top. The top three topics carried 28 of the 85 subject marks.

TopicQuestionsMarks
Manufacturing Engineering812
Industrial Engineering58
Fluid Mechanics58
Heat Transfer58
Applied Mechanics47
Mechanics of Materials46
Linear Algebra35
Theory of Machines35
Machine Design34
Thermodynamics34
Thermal Applications24
Calculus33
Engineering Materials23
Vibrations23
Complex Variables12
Probability and Statistics12
Differential Equations11

Free solved questions

5 solved questions from GATE 2022 ME (Set 1)

Question text and figures as in the official paper, the answer from the official key, and a worked solution. The other 60 solutions are in your report after you take the paper.

Q4 · General Aptitude · MCQ · 1 mark

Four girls P, Q, R and S are studying languages in a University. P is learning French and Dutch. Q is learning Chinese and Japanese. R is learning Spanish and French. S is learning Dutch and Japanese.

Given that: French is easier than Dutch; Chinese is harder than Japanese; Dutch is easier than Japanese, and Spanish is easier than French.

Based on the above information, which girl is learning the most difficult pair of languages?

  • (A)
    P
  • (B)
    Q
  • (C)
    R
  • (D)
    S

Answer (official key): B

Solution

The increasing order of difficulty is Spanish, French, Dutch, Japanese, Chinese. Q studies the two most difficult languages, Chinese and Japanese. Hence, B.

Q5 · General Aptitude · MCQ · 1 mark

Figure for GATE 2022 ME (Set 1) question 5 (Spatial Aptitude)

A block with a trapezoidal cross-section is placed over a block with rectangular cross section as shown above.

Which one of the following is the correct drawing of the view of the 3D object as viewed in the direction indicated by an arrow in the above figure?

  • (A)
    GATE 2022 ME (Set 1) question 5 (Spatial Aptitude), option A
  • (B)
    GATE 2022 ME (Set 1) question 5 (Spatial Aptitude), option B
  • (C)
    GATE 2022 ME (Set 1) question 5 (Spatial Aptitude), option C
  • (D)
    GATE 2022 ME (Set 1) question 5 (Spatial Aptitude), option D

Answer (official key): A

Solution

From the indicated direction, the lower block appears rectangular. The upper block appears as a trapezoid on the right, with its left edge sloping upward to the right and its right edge vertical. This matches A.

Q16 · Mechanics of Materials · MCQ · 1 mark

A uniform light slender beam AB of section modulus EIEI is pinned by a frictionless joint A to the ground and supported by a light inextensible cable CB to hang a weight WW as shown. If the maximum value of WW to avoid buckling of the beam AB is obtained as βπ2EI\beta\pi^2EI, where π\pi is the ratio of circumference to diameter of a circle, then the value of β\beta is

Figure for GATE 2022 ME (Set 1) question 16 (Mechanics of Materials)

  • (A)
    0.0924 m−20.0924\ \mathrm{m}^{-2}
  • (B)
    0.0713 m−20.0713\ \mathrm{m}^{-2}
  • (C)
    0.1261 m−20.1261\ \mathrm{m}^{-2}
  • (D)
    0.1417 m−20.1417\ \mathrm{m}^{-2}

Answer (official key): A

Solution

Vertical equilibrium gives cable tension Tsin⁡30∘=WT\sin30^\circ=W. The beam's axial compression is P=Tcos⁡30∘=Wcot⁡30∘P=T\cos30^\circ=W\cot30^\circ. For the pin-ended beam, Pcr=π2EI/L2P_{\rm cr}=\pi^2EI/L^2. Thus Wmax⁡=π2EItan⁡30∘/(2.5)2W_{\max}=\pi^2EI\tan30^\circ/(2.5)^2, giving β=0.0924 m−2\beta=0.0924\ \mathrm{m}^{-2}. Hence, A.

Q26 · Mechanics of Materials · MSQ · 1 mark

Assuming the material considered in each statement is homogeneous, isotropic, linear elastic, and the deformations are in the elastic range, which one or more of the following statement(s) is/are TRUE?

  • (A)
    A body subjected to hydrostatic pressure has no shear stress.
  • (B)
    If a long solid steel rod is subjected to tensile load, then its volume increases.
  • (C)
    Maximum shear stress theory is suitable for failure analysis of brittle materials.
  • (D)
    If a portion of a beam has zero shear force, then the corresponding portion of the elastic curve of the beam is always straight.

Answer (official key): A, B

Solution

A is true: hydrostatic stress has equal principal stresses, so shear stress is zero on every plane. B is true: under uniaxial tension, volumetric strain is (1−2ν)σ/E>0(1-2\nu)\sigma/E>0 for steel. C is false: maximum shear stress theory is primarily a yielding criterion for ductile materials. D is false: zero shear implies constant bending moment, which can be nonzero and produce curvature M/EIM/EI. Thus, A and B.

Q31 · Applied Mechanics · Numerical · 1 mark

The plane of the figure represents a horizontal plane. A thin rigid rod at rest is pivoted without friction about a fixed vertical axis passing through O. Its mass moment of inertia is equal to 0.1 kg⋅cm20.1\ \mathrm{kg}\cdot\mathrm{cm}^2 about O. A point mass of 0.0010.001 kg hits it normally at 200200 cm/s at the location shown, and sticks to it. Immediately after the impact, the angular velocity of the rod is ___________ rad/s (in integer).

Figure for GATE 2022 ME (Set 1) question 31 (Applied Mechanics)

Answer (official key): 10

Solution

Angular momentum about O is conserved during impact: mvr=(IO+mr2)ωmvr=(I_O+mr^2)\omega. Using centimetre units, mvr=0.001(200)(10)=2mvr=0.001(200)(10)=2 and IO+mr2=0.1+0.001(10)2=0.2I_O+mr^2=0.1+0.001(10)^2=0.2. Hence, ω=2/0.2=10\omega=2/0.2=10 rad/s.

The other 60 questions are solved in your report when you take GATE 2022 ME (Set 1) as a 3-hour test.

Take GATE 2022 ME (Set 1) as a test

Official answer key

GATE 2022 ME (Set 1) answer key

All 65 answers from the official key. Numerical answers are ranges; “or” means the key accepts either answer.

Download the official GATE 2022 ME (Set 1) answer key (PDF)
QTopicTypeMarksAnswer
1Verbal AptitudeMCQ1D
2Quantitative AptitudeMCQ1A
3Quantitative AptitudeMCQ1C
4Analytical AptitudeMCQ1B
5Spatial AptitudeMCQ1A
6Verbal AptitudeMCQ2B
7Quantitative AptitudeMCQ2A
8Quantitative AptitudeMCQ2B
9Analytical AptitudeMCQ2A
10Quantitative AptitudeMCQ2Marks to all
11CalculusMCQ1A
12Differential EquationsMCQ1B
13CalculusMCQ1A
14CalculusMCQ1A
15Linear AlgebraMCQ1A
16Mechanics of MaterialsMCQ1A
17Theory of MachinesMCQ1B
18Machine DesignMCQ1A
19Manufacturing EngineeringMCQ1B
20Manufacturing EngineeringMCQ1B
21Industrial EngineeringMCQ1C
22Industrial EngineeringMCQ1D
23ThermodynamicsMCQ1B
24Fluid MechanicsMCQ1C
25Heat TransferMCQ1D
26Mechanics of MaterialsMSQ1A, B
27Engineering MaterialsMSQ1A, B, D
28Manufacturing EngineeringMSQ1B, D
29Machine DesignMSQ1A, B or A, B, D
30Fluid MechanicsMSQ1B, C
31Applied MechanicsNumerical110
32VibrationsNumerical12.62 to 2.7
33Manufacturing EngineeringNumerical127 to 30
34ThermodynamicsNumerical1404 to 414
35Heat TransferNumerical1210 to 225
36Complex VariablesMCQ2A
37Mechanics of MaterialsMCQ2A
38Theory of MachinesMCQ2A
39VibrationsMCQ2A
40Machine DesignMCQ2A
41Engineering MaterialsMCQ2A
42Industrial EngineeringMCQ2B
43Fluid MechanicsMCQ2C
44Fluid MechanicsMCQ2B
45Heat TransferMCQ2C
46Linear AlgebraMSQ2A, B
47Probability and StatisticsNumerical20.17 to 0.19
48Linear AlgebraNumerical27.9 to 8.7
49Applied MechanicsNumerical218
50Applied MechanicsNumerical25.7 to 5.8
51Applied MechanicsNumerical20.24 to 0.26
52Mechanics of MaterialsNumerical2-0.062 to -0.058
53Theory of MachinesNumerical2600
54Manufacturing EngineeringNumerical22570 to 2576
55Manufacturing EngineeringNumerical230 to 32
56Manufacturing EngineeringNumerical2340 to 360
57Manufacturing EngineeringNumerical210.5 to 10.9
58Industrial EngineeringNumerical2520
59Industrial EngineeringNumerical2110
60ThermodynamicsNumerical21.12 to 1.24
61Thermal ApplicationsNumerical22620 to 2630
62Thermal ApplicationsNumerical24780 to 4825
63Fluid MechanicsNumerical24.2 to 4.28
64Heat TransferNumerical2315 to 323
65Heat TransferNumerical20.4 to 0.44

Questions about GATE 2022 ME (Set 1)

How many questions are in the GATE 2022 ME (Set 1) paper?

65 questions for 100 marks: 10 General Aptitude questions worth 15 marks and 55 Mechanical Engineering questions worth 85 marks. By type, there were 35 MCQs, 6 MSQs, 24 numerical answer (NAT) questions. The paper lasted 3 hours.

Is there negative marking in GATE 2022 ME (Set 1)?

Yes, for MCQs only. A wrong MCQ answer costs one-third of its marks (−⅓ for a 1-mark question, −⅔ for a 2-mark question). MSQ and numerical (NAT) questions have no negative marking, and an MSQ earns marks only when every correct option is chosen.

Which topics carried the most marks in GATE 2022 ME (Set 1)?

Outside General Aptitude, the biggest topics were Manufacturing Engineering (12 marks), Industrial Engineering (8 marks), Fluid Mechanics (8 marks). The full topic-wise split is in the table on this page.

Were any GATE 2022 ME (Set 1) questions awarded marks to all?

Yes. The official key awarded full marks to everyone for question 10.

Where does this GATE 2022 ME (Set 1) answer key come from?

From the official answer key published by IIT Kharagpur, which organised GATE 2022. Range answers for numerical questions and questions with more than one accepted answer are kept exactly as the key gives them.

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