GATE Exam Analysis 2023 Mechanical Engineering, Difficulty Level, Subject-Wise Weightage & Good Attempts

GATE Exam Analysis 2023 Mechanical Engineering: GATE Exam 2023 has been successfully conducted on 04th February 2023 at various exam centers in the afternoon session (02:30 PM to 05:30 PM). On, 04th February 2023, the GATE Exam is organized for the Mechanical Engineering discipline. The students who appeared in the GATE Exam 2023 are now searching for exam analysis to get a brief overview of the question paper.

Now, the exam has over and the students are curious to know about the GATE Exam Analysis 2023 to analyze their performance in the exam. We have prepared a deep GATE Exam Analysis 2023 to help the aspirants. So refer to this article to check the GATE Exam Analysis 2023 for Mechanical Engineering & bookmark the website for further Engineering Job Updates.

GATE Exam Analysis 2023 Mechanical Engineering

Graduate Aptitude Test in Engineering is a national-level popular exam to get admission to the M. Tech program or get PSU Jobs. The GATE 2023 Exam has been conducted by IIT Kanpur for 29 different branches. The GATE Exam 2023 has been completed for the Mechanical Engineering branch on 04th February 2023 (afternoon session). The candidates who appeared in the GATE Mechanical Engineering Exam can check the detailed analysis of the exam including difficulty level, section-wise weightage, good attempts, etc. Go through the full article to get a brief GATE 2023 Mechanical Engineering Exam Analysis.

Click Here – GATE Exam Analysis 2023 Civil Engineering

GATE Exam Analysis 2023 Mechanical Engineering Overview

The GATE Exam 2023 for Mechanical Engineering has been conducted on 04th February 2023. Candidates can check the key highlights related to GATE Exam 2023 summarized in the table shown below:

Click Here – GATE 2023 Memory Based Question Paper 

GATE Exam 2023 Mechanical Engineering: Key Details

The aspirants who appeared in the GATE 2023 Mechanical Engineering Exam can get familiar with the exam by referring to the below section. So check the key details of GATE Paper Analysis 2023 Mechanical in the below table:

Click Here – GATE Exam Analysis 2023 Instrumentation Engineering

GATE 2023 ME Paper Analysis – 4th February

The question paper conducted on 04th February for Mechanical Engineering branch contains three types of questions i.e. MCQs, MSQs, and NATs. The weightage of all such types of questions are given in the table shown below:

GATE ME Exam Analysis 2023: Difficulty Level

Based on the live students interaction and ADDA247 Team analysis the GATE Exam 2023 held on 04th February 2023 for Mechanical Engineering was of overall moderate level. The General Aptitude section was easy and the core technical section was moderate. Some of the questions in Technical section was more lengthy and time taking while the remaining question will be not so tough.

Click Here – GATE 2023 Exam Analysis Electrical Engineering

GATE Exam Analysis 2023: Subject-Wise Questions Asked

The question paper of GATE 2023 for Mechanical Engineering was consists of MCQ. MSQ, and NAT type questions for 1 mark, 2-marks. There was a total of 65 questions asked from all the sections. The below table contains the subject-wise questions asked in the GATE 2023 Exam.

Click Here for GATE Exam Analysis 2023 ECE

GATE ME Paper Analysis 2023 – Memory Based Questions

ADDA247 Team prepared a brief GATE Mechanical Exam Analysis 2023. The questions shared by students with our team are listed below:

Q.1 Planting: Seeds : : Raising : _____

Q.2 He did not manage to fix the car himself, so he ___ in the garage.

Q.3 One Question on Complex Function.

Q.4 How many pair of sets (S, T) are possible among the subsets of (1, 2, 3, 4, 5, 6) that satisfy the conditions that S is a subset of T?

Q.5 A cylindrical transmission shaft of length 1.5m and diameter 100mm is made of a linear elastic material with a shear modulus of 80 GPa. While operating at 500 rpm, the angle of twist across its length is found to be 0.5 degree. Find the power transmitted by the shaft at this speed ____ kW. (Rounded off two decimal places) Take π = 3.14.

Q.6 Two meshing spur gears and 2 with diametric pitch of 8 teeth per mm and an angular velocity w2/w1 = 1/4 have their centres 30 mm apart. The number of teeth on the driver gear (gear 1) is ___.

Q.7 A machine produces defective component with probability of 0.015 and total defective components is 200. It follows poisson distribution then find the value of lambda.

Q.8 Two surfaces P and Q joined together with no melting of both the surfaces creating the joints of which welding operation?

Q.9 EOQ Model statement based question.

Q.10 The atomic radius of hypothetical FCC Model is √2/10 nm. The atomic weight of material is 24.092 g/mol. Find the density of metal by considering the Avagadro’s number 6.023*10²³

Q.11 The effective stiffness of a cantilever beam of length L and flexural rigidity EI subjected to transverse load W is___

Q.12 Consider a counter flow heat exchanger with the inlet temperature of two fluids (a & b) being Ta = 300K, and Tb = 350K. The heat capacity rates of both the fluids are Ca = 1000W/K and Cb = 400 W/K and the effectiveness is 0.5. The actual heat transfer rate in kW is ____.

Q.13 A cylindrical rod of length l and diameter d is placed inside a cube enclosed of side length L. The inner surface of the cube is denoted by S. The view factor will be ___

Q.14 SN Curve based numerical.

Q.15 Consider an isentropic flow of air (Y = 1.4) through a duct. The variation in the flow across the section are negligible. The flow condition at end 1 is as follows:

P₁ = 100kPa, S₁ = 1.2kg/m, u₁ = 400 m/s.  The cross-sectional area of the duct at end 2 is given by A₂ = 2A₁, where A denotes the area of cross-section at the end 1. What will be the true condition for the velocity u₂ and pressure P₂ at the end 2 is ____.

Q.16 A steel plate with 1.5 wt % carbon is slowly cooled from 1100 C just below its eutectoid temperature (723 C). The ration of the pro-eutectoid cementite content in the microstructure that develops just below eutectoid temperature is ___

Q.17 Consider the second order linear differential equation x^{2 d2y}/dx² + xdy/dx – y = 0, x>=1 with the condition y (x=1) = 6, dy/dx = 2. Find the value of y at x=2.

Q.18 The smallest perimeter that a rectangle with area of 4 sq. units can have ____.

Click Here – GATE 2023 Complete Memory Based Questions

GATE Mechanical 2023 Good Attempts

The students shared their feedback who appeared in the exam. Based on the student’s reaction non-technical section was easy and Technical section was moderate. As per the GATE 2023 Exam Analysis the number of good attempts for Mechanical Engineering paper is 60-65.

Click Here – GATE 2023 Exam Analysis Computer Science Engineering

GATE Mechanical 2023 Expected Cutoff

The cutoff marks depend on various factors like number of candidates appeared in the exam, difficulty level of the exam, average score of students, previous year cutoff trends, etc. Based on the exam analysis and students interaction the expected cutoff for GATE Mechanical 2023 will lie between 29-32.

The candidates can refer to the below table for previous year cutoff trends of Mechanical Engineering to analyze the minimum marks required to qualify the GATE Mechanical Exam 2023.

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