GATE Exam Analysis 2023 Electrical Engineering
The GATE 2023 Exam was conducted successfully on 5th February 2023(Forenoon Session) for Electrical Engineering. The aspirants who appeared in the GATE 2023 Exam for Electrical Engineering might be thinking about several doubts like the difficulty level of the question paper, the number of attempts, etc.
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GATE Electrical Paper Analysis 5th February 2023
The candidates who have taken the GATE 2023 Electrical Engineering Exam shared their feedback with us. On taking their feedback into consideration, in this article ADDA247 team has covered GATE Exam Analysis 2023 Electrical Engineering. The aspirants shall read the full article carefully & bookmark the website for further Engineering Job Updates.
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GATE Exam Analysis 2023 Electrical Engineering Overview
The GATE 2023 Exam was held successfully on 5th February 2023(Forenoon Session) for Electrical Engineering. The aspirants can check the key highlights related to GATE Exam Analysis 2023 Electrical Engineering from the table given below:
|GATE Exam Analysis 2023 Electrical Engineering Overview|
|Exam Name||Graduate Aptitude Test in Engineering|
|Conducting Organization||IIT Kanpur|
|Online Registration Start||30th August 2022|
|Last date to Apply (With Late Fees)||07th October 2022|
|GATE Admit Card 2023 Date||9th January 2023|
|GATE 2023 Exam Dates||4, 5, 11, 12 February 2023|
|GATE 2023 Official Website||https://gate.iitk.ac.in/|
Click Here – GATE Exam Analysis 2023 Instrumentation Engineering
GATE 2023 EE Exam Highlights
The highlights of the GATE 2023 exam for Electrical Engineering held on 5th February 2023 are given in the table below:
|GATE 2023 Electrical Engineering Exam Highlights|
|Exam Date||5th February 2023|
|Exam Time||09:30 am to 12:30 pm|
|Exam duration||3 hours|
|Exam mode||Computer Based Test|
Difficulty Level of GATE Exam 2023-Electrical Engineering
The aspirants who took the GATE Exam 2023 held on 5th February 2023(Forenoon Session) for Electrical Engineering described the overall difficulty level of the question paper as moderate to difficult. The aspirants can check out this article for a detailed GATE Exam Analysis 2023 Electrical Engineering prepared by our team on the basis of the reviews shared by the students.
GATE EE Paper Analysis 2023
The GATE 2023 EE Exam conducted on 5th February in the Forenoon Session i.e. 09:30 am to 12:30 pm consisted of MCQs, NAT, and MSQs. The aspirants can check their weightage from the table given below:
|Question Type||No. of Question||Total Marks|
|Total||65 Questions||100 marks|
GATE EE Paper Analysis 2023, February 5
The candidates can check the section-wise bifurcation of the GATE 2023 EE Exam from the table given below:
|Section||1 Marks||2Marks||Total Marks|
|Technical||16 MCQ, 3 MSQ, 6 NAT||6 MCQ, 3 MSQ, 21 NAT||85|
GATE EE Exam Analysis 2023- Subject Wise Weightage
In the GATE EE Exam 2023 the question paper consisted of 1-mark and 2-mark questions of MCQ( Multiple Choice Questions), NAT(Numerical Answer Type), and MSQ(Multiple Select Questions) types. The aspirants can check the subject-wise weightage for the GATE EE Exam 2023 tabulated below:
|Signals and Systems||9|
|Electrical and Electronic Measurements||1|
GATE Electrical Memory-Based Questions
The memory-based question of the GATE Electrical Engineering Exam 2023 shared by the aspirants are given below:
Q.1.Find out Vab for the following:
Q.2. Find out the voltage at the inductor at t=0+
Q.3. 10 poles, 50 Hz 240 KV 1 phase induction motor rums at 540 rpms. Find out the frequency of the induced current.
Q.4.Find out Vo=?
Q.5. For a given vector W=[ 1 2 3]T Find out the vector normal to the pole defined by WTX=1.
Q.6. Find out Vo max and min for the circuit given below:
Q.7. For a separately excited DC motor rated 400v, 15 A, 1500 rpm, constant torque load at rated speed operating frequency from 400 V DC supply Rq=1.2 ohm. If the supply voltage drops by 10%, Find out the New speed in rpm.
Q.8. Neglecting the delays. Find out the decimal equivalent of ABCD which will not change with a clock for the circuit given below:
Q.9. For the circuit given below find out Vth at t=5 msec.
Click Here – GATE 2023 Memory Based Question Paper
GATE EE Exam 2023 Good Attempts
The GATE 2023 EE Exam consisted of questions from general aptitude, engineering mathematics, and subject-specific questions. The aptitude and engineering mathematics problems were easy while the technical section was of a difficult level compared to previous years. Hence, the number of reasonable attempts can be estimated as 50-55 questions.
GATE EE Expected Cutoff 2023
On the basis of the GATE EE previous year cut-off and review shared by the aspirants the GATE 2023 EE Cutoff Marks can be estimated as 30-33. For further reference the candidate’s GATE Previous year cutoff marks are tabulated below:
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