CS101
532
CS201
225
CS301
232
CS302
174
CS304
192
CS401
224
CS402
258
CS403
228
CS408
113
CS411
121
CS502
249
CS504
268
CS601
679
CS604
381
CS605
261
CS607
184
CS609
230
CS610
300
CS614
100
CS703
65
Code | Question | Option A | Option B | Option C | Option D | Answer | |
---|---|---|---|---|---|---|---|
CS502 | Suppose We Have Three Items As Shown In The Following Table And Suppose The Capacity Of The Knapsack Is 50 I.E. W = 50. Item Value Weight 1 60 10 2 100 20 3 120 30 The Optimal Solution Is To Pick | Items 1 And 2 | Items 1 And 3 | Items 2 And 3 | None Of These | D | |
CS502 | Suppose We Have Two Problems A And B .Problem A Is Polynomial-Time Reducible And Problem B Is Np-Complete. If We Reduce Problem A Into B Then Problem A Becomes Npcomplete | True | False | Na | Na | A | |
CS502 | The Analysis Of Selection Algorithm Shows The Total Running Time Is Indeed __________In N | Arithmetic | Geometric | Linear | Orthogonal | C | |
CS502 | The Appropriate Big Thita Classification Of The Given Function. F(N) = 4N2 + 97N + 1000 Is | ?(N) | O(2^N) | O(N^2) | O(N^2Logn) | C | |
CS502 | The Codeword Assigned To Characters By The Huffman Algorithm Have The Property That No Codeword Is The Postfix Of Any Other | True | False | Na | Na | A | |
CS502 | The Difference Between Prim S Algorithm And Dijkstra S Algorithm Is That Dijkstra S Algorithm Uses A Same Key | True | False | Na | Na | B | |
CS502 | The Difference Between Prim’S Algorithm And Dijkstra’S Algorithm Is That Dijkstra’S Algorithm Uses A Different Key | True | False | Na | Na | A | |
CS502 | The Difference Between Prims Algorithm And Dijkstra S Algorithm Is That Dijkstra S Algorithm Uses A Different Key | True | False | Na | Na | A | |
CS502 | The Edit Distance Between Food And Money Is | At Most Four | At Least Four | Exact Four | Wrong | A | |
CS502 | The Greedy Part Of The Huffman Encoding Algorithm Is To First Find Two Nodes With Character Frequency | True | False | Na | Na | B | |
CS502 | The Greedy Part Of The Huffman Encoding Algorithm Is To First Find Two Nodes With Larger Frequency | True | False | Na | Na | A | |
CS502 | The Greedy Part Of The Huffman Encoding Algorithm Is To First Find Two Nodes With Smallest Frequency | True | False | Na | Na | A | |
CS502 | The Growth Of Master Files And Magnetic Tapes Exploded Around The Mid | 1960 | 1970 | 1980 | 1990 | A | |
CS502 | The Heap Order Property Stated That In A __________ For Every Node X The Key In The Parent Is Smaller Than Or Equal To The Key In X | (Max) Heap | (Min) Heap | Na | Na | B | |
CS502 | The Huffman Algorithm Finds A (N) __________ Solution | Optimal | Non-Optimal | Exponential | Polynomial | A | |
CS502 | The Huffman Algorithm Finds A Polynomial Solution | True | False | Na | Na | B | |
CS502 | The Huffman Algorithm Finds An Exponential Solution | True | False | Na | Na | A | |
CS502 | The Huffman Codes Provide A Method Of Encoding Data Inefficiently When Coded Using Ascii Standard | True | False | Na | Na | B | |
CS502 | The Input To The Data Warehouse Can Come From Oltp Or Transactional Systems Or Other Third Party Databases | True | False | Na | Na | A | |
CS502 | The Knapsack Problem Belongs To The Domain Of __________ Problems | Optimization | Np Complete | Linear Solution | Sorting | A |