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