Arjun Suresh

GATE 2021 Syllabus Including Changes

August 24, 2020 by Arjun Suresh Leave a Comment

GATE 2021 syllabus is changed after 5 years. Like in 2016 there are more removals than additions. More importantly there are better clarifications regarding topics this time — some topics implicitly present have been added explicitly. This can also mean that it is very highly unlikely that non mentioned topics — dynamic pipelining for example […]

7,464 total views, 118 views today

GATE CSE 2020 Result Responses

March 14, 2020 by Arjun Suresh Leave a Comment

Source Add your Response 19,694 total views, 40 views today

19,694 total views, 40 views today

GATE CSE 2019 Admission Responses

February 14, 2020 by Arjun Suresh Leave a Comment

Source Add your Response Rank Predictor for GATECSE 2020 7,590 total views, 13 views today

7,590 total views, 13 views today

GATE 2019 Result Responses

February 14, 2020 by Arjun Suresh Leave a Comment

Source Add your Response Rank Predictor for GATECSE 2020 3,146 total views, 12 views today

3,146 total views, 12 views today

Cache Misses

January 28, 2019 by Arjun Suresh Leave a Comment

Understanding Cache Types Three Types of Cache Misses Compulsory Miss: First access to a memory block will cause a miss (unless mechanism like prefetching is used) and is termed Compulsory miss. Though this is termed compulsory miss this may get reduced by an increase in cache block size (which effectively reduces the number of memory […]

14,184 total views, 24 views today

GATE Overflow
Aptitude Overflow

Answered: GATE2005-70

Answered: GATE2005-70

While DMA transferring 4B data from buffer to Memory which will take 4 memory cycle to transfer, in parallel disk will again generate 4B data in buffer, this will happen in pipeline fashion. [...]

Answered: GATE2008-31

Just Use digital Logic Concept. convert V → + and ^ → . So whose answer is P + Q’. They are matched :) [...]

Answered: GATE2008-30

Confused in A and C :( [...]

Answered: GATE2016-2-GA-05

Assume roots (α,β) = (2,2) because Product of roots α*β = 2*2 = 4 is satisfying as per question. Let n=3 (α^n+β^n)/(α^−n+β^−n) = (2^3+2^3)/(2^-3+2^-3) = (8+8)/(1/8)+(1/8) = 16/(1/4) = 16*4 = 64 Now trying option elimination with n=3 Option B = 4^n = 4^4= 64 Matching with our answer 64 which was calculated above [...]

Answered: GATE2003-38

Given Equation $\cdot (a*x) + (a*y) = c ............ eq(1)$ $\cdot (b*x) + (c*y) = c ............ eq(2)$ Now adding both the eqn we get $(a+b)*x + (a+c)*y =2c$ Now the solution pair(s) should also satisfy this eqn as well. Simplifying the above eqn using table $(a+b)*x + (a+c)*y =2c$ $a*x + c*y =2c$ [using ‘+’ Table a+b=a and a+c=c] ……………..eq(3) Now we have to find (x,y) such that [ $a*x=c$ and $c*y=c$ in order to get 2c in RHS in eq 3] Using ‘*’ Table we found that (i) $a*x=c$ only if x=c (ii) $c*y=c$ only if y={a,b} Therefore… [...]

Answered: GATE2014-1-39

Make pair of elements and compare value in pair, which is greater or which is smaller ?. We have 50 such pairs, then we need 50 comparisons to separate all number in two groups. One group of smaller element from each pair and one group of larger elements from each pair both containing 50 elements each To find minimum in smaller element group of 50 elements will take 49 comparisons. To find maximum in greater element group of 50 elements will take 49 comparisons. Total comparisons = 50 + 49 + 49 = 148 [...]

Answered: NIELIT 2017 DEC Scientific Assistant A - Section A: 6

All of the girls agree that the first three numbers are 995. Three of them agree that the fourth number is 9. Three agree that the fifth number is 2. Three agree that the sixth number is 6; three others agree that the seventh number is also 6. "Option A" is the best choice because it is made up of the numbers that most of the girls agree they saw. [...]

Answered: NIELIT 2016 MAR Scientist D: 8

Answered: NIELIT 2016 MAR Scientist D: 8

Correct Answer: (D) Explanation: This game introduces the idea of reciprocal causation. For example, the constraint that says “If A, then B, and if B, then A” should be transcribed in one of the following two ways, based on the configurations of the other variables in the diagram: You will run into reciprocal causation in the final constraint of this logic game. Here are the final diagrams that you should create: Notice how the reciprocal causation constraints are diagrammed. Be aware of the implications of these constraints. For instance, if $B$ is not sent (diagram B), then $A$ cannot… [...]

Answered: NIELIT 2016 MAR Scientist D: 7

Answered: NIELIT 2016 MAR Scientist D: 7

Correct Answer: (D) Explanation: This game introduces the idea of reciprocal causation. For example, the constraint that says “If A, then B, and if B, then A” should be transcribed in one of the following two ways, based on the configurations of the other variables in the diagram: You will run into reciprocal causation in the final constraint of this logic game. Here are the final diagrams that you should create: Notice how the reciprocal causation constraints are diagrammed. Be aware of the implications of these constraints. For instance, if $B$ is not sent (diagram B), then $A$ cannot… [...]

Answered: NIELIT 2016 MAR Scientist D: 6

Answered: NIELIT 2016 MAR Scientist D: 6

Correct Answer: (A) Explanation: This game introduces the idea of reciprocal causation. For example, the constraint that says “If $A$, then $B$, and if $B$, then $A$” should be transcribed in one of the following two ways, based on the configurations of the other variables in the diagram: You will run into reciprocal causation in the final constraint of this logic game. Here are the final diagrams that you should create: Notice how the reciprocal causation constraints are diagrammed. Be aware of the implications of these constraints. For instance, if $B$ is not sent (diagram B), then $A$ cannot be sent… [...]

Answered: NIELIT 2016 MAR Scientist D: 33

The answer is (C). three [...]

Answered: NIELIT 2016 MAR Scientist D: 32

The answer is (B). $K$ and $L$ [...]

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