GATE 2023 Answer Key for EE - Check Here

GATE 2023 Answer Key for EE (Electrical Engineering)- IIT Kanpur will release the final GATE answer key 2023 for EE on the official website. The unofficial GATE answer key 2023 EE will also be released for the GATE exam by various coaching institutes. Using the GATE 2023 answer key, candidates shall easily calculate their probable marks secured in the Electrical Engineering paper.

Candidates will be given the opportunity to raise objections against provisional GATE answer key 2023 for EE . GATE 2023 exam date for Electrical Engineering will be declared soon. Read the complete article to know more about GATE 2023 answer key for EE.
GATE 2023 Answer Key for EE (Electrical Engineering)- Date

GATE Exam Analysis 2023 for EE

GATE 2023 exam analysis for EE will be released after the exam conclusion on the exam day. Last year, the GATE Electrical Engineering paper was easy to moderate. There were 33 MCQ and 22 NAT questions in the exam. The last year expected cutoff for EE was around 25.

GATE 2023 Answer Key for EE (Electrical Engineering)

The provisional GATE 2023 EE answer key will be released first. The authorities will release the final GATE EE answer key later after considering candidate objections. GATE 2023 answer key for EE consists of the correct answers to all the questions asked in the entrance exam. With the help of the GATE answer key for EE, candidates will be able to know their probable marks before the declaration of the result.

Steps to download GATE Answer Key for EE

• Visit the GATE official website

• Click on the answer key link.

• The answer key along with the question paper will be displayed on the screen.

• Download the GATE answer key 2023 for EE.

• Calculate the probable secured marks.

How to challenge GATE Answer Key 2023 for EE (Electrical Engineering)

After the release of the provisional answer key, candidates will be able to raise objections against incorrect responses. Along with the GATE answer key for EE, IIT Kanpur will also release the GATE response sheet

Steps to challenge GATE 2023 Answer Key for EE

• Visit the official website and click on the link to challenge the GATE EE answer key.

• Select “Contest Answer Key option”

• The page will be redirected to the payment gateway. Pay Rs. 500 per challenge in online mode.

• Candidates will have to enter the question number they want to challenge.

• Finally, attach the necessary supporting documents in the prescribed format.

• Lastly, submit the objection.

How to calculate the probable marks using GATE 2023 Answer Key for EE

Candidates can follow the below-given steps to calculate the probable secured marks:

• Calculate the total number of correct and incorrect attempts using the GATE answer key 2023 for Electrical Engineering.

• Using the marking scheme available in the GATE 2023 exam pattern, allocate the marks and calculate the total marks accordingly.

GATE 2023 Marking Scheme

• For questions carrying 1 mark, there will be a deduction of ⅓ mark for every incorrect response.

• For questions carrying 2 marks, there will be a deduction of ⅔ mark for every incorrect response.

• There will be no negative marking for NAT questions.

Formula to calculate the total secured marks

Total Marks = Total marks secured for correct response – Negative marks for wrong response

Previous Year GATE EE Answer Key

The authorities release the GATE answer key for EE online on the official website along with the other courses. Candidates may find official and unofficial GATE 2021 answer key EE below.

GATE Answer Key 2022 - Unofficial

Question:

Answer: 10

Question:

Answer: Option C
Question: In the circuit shown below, the magnitude of voltage in V1(in volts)across 8Ω resistor is:

Answer: 100 Volts

Question: The most commonly used relay, for protection of an alternator against the loss of excitation is :
Answer: Option A.

Question: Network analysis

Answer: 100 V1

Question: For Power lost in 50Ω

Question: The steady state output (VOut) will be :

Answer: 800

Question: Answer the questions on the basis of statements

Answer: Option D.

Question: Q. The value of ६ and wn for the BD:

Answer: Option D

Question: The valid positive, negative, 0 sequence impedance (in p.u.) respectively for 220 V, fully transposed three phase transmission line, from the given choices are:

Answer: Option B

Question: The size of 1-φI.M. to have the maximum power factor during steady state running condition is:
Answer: Option D

Question: An LTI system has G(s) = 100s2+0.1s+100. ∵ y(t)=a + sin(10t+Ө)
Answer: Option D.

Question: The network shown below has a resonant frequency of 150 kHz and bandwidth of 600 Hz. The Q factor of N/w is _______.
Answer: 250

Question: The range of K for Stability

G(s) = ks2+4s – 5

Answer: Option A.

Question: As+BCs2+Ds+E=Hs

A, B, C, D and F are positive coefficients. It will not perform :

Answer: Option A.

GATE 2022 Unofficial Answer Key By Institutes

GATE Answer Key 2022 for EE (Official)

GATE Answer Key 2021 for EE (Official)

GATE 2021 Answer Key for EE (Electrical Engineering) by Coaching Institutes

GATE Answer Key for EE- Last Year's Solutions