GATE
Hpsc lecturer paper solution(4)
Q1 Which one of the following is a top-down parser? [A] Recursive descent parser [B] Operator precedence parser [C] An LR(k) parser [D] An LALR(k) p…
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GATE
Hpsc lecturer paper solution(3)
Q1 The Floyd-Warshall algorithm for all-pair shortest paths computation is based on [A] Greedy paradigm [B] Divide-and-Conquer paradigm [C] Dynamic …
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GATE
Hpsc lecturer paper solution(2)
Q1 Suppose, a circular queue of capacity (n–1) elements is implemented with an array of n elements. Assume that the insertion and deletion operation…
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GATE
Hpsc lecturer paper solution (1)
Q1 The binary equivalent of (1011·011)10 is equal to [A] 11·375 [B] 10·123 [C] 11·175 [D] 9·234 Solution 1*2^3+0*2^2+1*2^1+1*2^0 =8+2+1=11 0*1/2+1*1…
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GATE
Gate 2023 question and solution part(2)
Q1. A particular number is written as 132 in radix-4 representation.The same number in radix-5 representation is_________. Solution To convert the n…
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GATE
Gate 2023 question and solution part(1)
Q1 . Consider the following statements regarding the front-end and back-end of a compiler. S1: The front-end includes phases that are independent of…
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GATE
Networking question and solution(3)
Q1 How many 8-bit characters can be transmitted per second over a 9600 baud serial communication link using asynchronous mode of transmission …
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GATE
Networking subjective question for competitive exam(2)
Q1 In a fully connected mesh network with 10 computers,total number of cables are required and number of ports are required for each device. . …
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GATE
Networking subjective question for competitive exam(1)
Q1.IP address of host is 182.44.82.16/26.What is first and last address . subnet mask=255.255.255.192(because 26) first address=any ip AND…
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GATE
Data structure subjective question for competitive exam(4)
Q1.What is the maximum height of any AVL tree with 7 nodes.Assume that the height of a tree with a single node is 0. N(h)=N(h-1)+N(h-2)+1 f…
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GATE
Data structure subjective question for competitive exam(3)
Q1.Given a base address of an array B[1400...1800] as 1020 and size of each element is 2 bytes in the memory. Find the address of B[1700]. …
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GATE
Operating system subjective question(paging and page fault) for competition exam(9)
Q1 Consider a paging system where memory access time is 60ns and page fault service time in 20ms.if a one page fault occured after every access…
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GATE
Operating system subjective question(paging and TLB) for competition exam(8)
Q1.Consider a paging system it takes 10ns to search TLB and 80ns to access main memory. If the TLB hit ratio is 80% the effective memory access…
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GATE
Operating system subjective question(paging) for competition exam(7)
Q1.Consider a paged memory system with logical address of 26bits and physical address of 32 bits. The page size is 2KB further consider that…
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GATE
Data structure subjective question for competitive exam(2)
Q1.Algorithm and characteristic of algorithm. Definition: - An algorithm is a Step By Step process to solve a problem, where each step ind…
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GATE
Operating system subjective question for competition exam(6)
Q1.If initial semaphore value is 10 then 5 wait operation and 2 signal operation are performed after that what is semaphore value. =10-5+2…
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GATE
50 Subjective question operating system for competitive exam
Q1.Explain Scheduling Objectives. Be Fair while allocating resources to the processes Maximize throughput of the system Maximize number…
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