Computer Organization & Architecture – GATE CSE Previous Year Questions
Solving GATE Previous Year’s Questions (PYQs) not only clears the concepts but also helps to gain flexibility, speed, accuracy, and understanding of the level of questions generally asked in the GATE exam, and that eventually helps you to gain good marks in the examination. Previous Year Questions help a candidate practice and revise for GATE, which helps crack GATE with a good score.
Computer Organization & Architecture Previous Year GATE Questions help in analyzing the question pattern of a subject and marking scheme as well as it helps in time management which overall increases the score in the GATE exam. With regular practice of PYQs, candidates can easily crack GATE with a good GATE Score.
Before 2006, questions asked in GATE were mainly theoretical, but in recent years, the questions asked were multiple-choice questions with a single correct option or multiple correct options. We are looking to provide the multiple-choice questions that are asked in GATE.
Computer Organization & Architecture GATE Previous Year Questions
In this article, we are mainly focusing on the Computer Organization & Architecture GATE Questions that are asked in Previous Years with their solutions, and where an explanation is required, we have also provided the reason.
In Computer Organization & Architecture, we will deal with the following concepts. We have also provided GATE Previous Year’s Questions on these topics. Here is the list of those topics along with their links.
Below mentioned are the links to the Computer Organization & Architecture PYQ’s pages. On each page, you will get the questions asked in COA along with the years asked.
Also, here we are going to discuss some basic PYQs related to Computer Organization & Architecture.
1. The decimal value 0.5 in IEEE single precision floating point representation has [GATE CSE 2012]
(A) fraction bits of 00000…..000000 and exponent value of 0
(B) fraction bits of 00000…..000000 and exponent value of -1
(C) fraction bits of 10000…..000000 and exponent value of 0
(D) no exact representation
Solution: Correct answer is (B)
For more, refer to GATE | GATE CS 2012 | Question 7.
2. The amount of ROM needed to implement a 4-bit multiplier is [GATE CSE 2012]
(A) 64 bits
(B) 128 bits
(C) 1 K Bits
(D) 2 K Bits
Solution: Correct answer is (D)
For more, refer to GATE | GATE CS 2012 | Question 19.
3. Register renaming is done in pipelined processors [GATE CSE 2012]
(A) as an alternative to registering allocation at compile time
(B) for efficient access to function parameters and local variables
(C) to handle certain kinds of hazards
(D) as part of address translation
Solution: Correct answer is (C)
For more, refer to GATE | GATE CS 2012 | Question 46.
4. Increasing the RAM of a computer typically improves performance because [GATE CSE 2005]
(A) Virtual memory increases
(B) Larger RAMs are faster
(C) Fewer page faults occur
(D) Fewer segmentation faults occur
Solution: Correct answer is (C)
For more, refer to GATE | GATE-CS-2005 | Question 22.
5. In 2′s complement addition, the overflow [GATE CSE 2002]
(A) is flagged whenever there is carry from sign bit addition
(B) cannot occur when a positive value is added to a negative value
(C) is flagged when the carries from the sign bit and the previous bit match
(D) none of the above
Solution: Correct answer is (B)
For more, refer to GATE-CS-2002 | Question 21.
GATE CSE Previous Year Question Papers
These previous year’s questions help you in understanding the question patterns followed by GATE that directly help a candidate in scoring good marks in GATE. Below are the mentioned links of year-wise GATE Previous Question Papers.
Last Updated :
20 May, 2023
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Solving GATE Previous Year’s Questions (PYQs) not only clears the concepts but also helps to gain flexibility, speed, accuracy, and understanding of the level of questions generally asked in the GATE exam, and that eventually helps you to gain good marks in the examination. Previous Year Questions help a candidate practice and revise for GATE, which helps crack GATE with a good score.
Computer Organization & Architecture Previous Year GATE Questions help in analyzing the question pattern of a subject and marking scheme as well as it helps in time management which overall increases the score in the GATE exam. With regular practice of PYQs, candidates can easily crack GATE with a good GATE Score.
Before 2006, questions asked in GATE were mainly theoretical, but in recent years, the questions asked were multiple-choice questions with a single correct option or multiple correct options. We are looking to provide the multiple-choice questions that are asked in GATE.
Computer Organization & Architecture GATE Previous Year Questions
In this article, we are mainly focusing on the Computer Organization & Architecture GATE Questions that are asked in Previous Years with their solutions, and where an explanation is required, we have also provided the reason.
In Computer Organization & Architecture, we will deal with the following concepts. We have also provided GATE Previous Year’s Questions on these topics. Here is the list of those topics along with their links.
Below mentioned are the links to the Computer Organization & Architecture PYQ’s pages. On each page, you will get the questions asked in COA along with the years asked.
Also, here we are going to discuss some basic PYQs related to Computer Organization & Architecture.
1. The decimal value 0.5 in IEEE single precision floating point representation has [GATE CSE 2012]
(A) fraction bits of 00000…..000000 and exponent value of 0
(B) fraction bits of 00000…..000000 and exponent value of -1
(C) fraction bits of 10000…..000000 and exponent value of 0
(D) no exact representation
Solution: Correct answer is (B)
For more, refer to GATE | GATE CS 2012 | Question 7.
2. The amount of ROM needed to implement a 4-bit multiplier is [GATE CSE 2012]
(A) 64 bits
(B) 128 bits
(C) 1 K Bits
(D) 2 K Bits
Solution: Correct answer is (D)
For more, refer to GATE | GATE CS 2012 | Question 19.
3. Register renaming is done in pipelined processors [GATE CSE 2012]
(A) as an alternative to registering allocation at compile time
(B) for efficient access to function parameters and local variables
(C) to handle certain kinds of hazards
(D) as part of address translation
Solution: Correct answer is (C)
For more, refer to GATE | GATE CS 2012 | Question 46.
4. Increasing the RAM of a computer typically improves performance because [GATE CSE 2005]
(A) Virtual memory increases
(B) Larger RAMs are faster
(C) Fewer page faults occur
(D) Fewer segmentation faults occur
Solution: Correct answer is (C)
For more, refer to GATE | GATE-CS-2005 | Question 22.
5. In 2′s complement addition, the overflow [GATE CSE 2002]
(A) is flagged whenever there is carry from sign bit addition
(B) cannot occur when a positive value is added to a negative value
(C) is flagged when the carries from the sign bit and the previous bit match
(D) none of the above
Solution: Correct answer is (B)
For more, refer to GATE-CS-2002 | Question 21.
GATE CSE Previous Year Question Papers
These previous year’s questions help you in understanding the question patterns followed by GATE that directly help a candidate in scoring good marks in GATE. Below are the mentioned links of year-wise GATE Previous Question Papers.
Last Updated :
20 May, 2023
Like Article
Save Article
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