Homework Answers
The worst case cost for an algorithm is calculated by taking the input on which the algorithm performs the worst . It represents the worst case scenario for the algorithm.
The best case cost for an algorithm is calculated by taking the input on which the algorithm performs the best . It represents the best case scenario for the algorithm.
Average case cost for any algorithm is calculated by making all inputs equally likely. So the probability that the algorithm will get the best possible input or worst possible input or any other input are all equally likely.
So in the worst scenario, average case cost can be as bad as worst case but not worse and can be as good as best case but not better.
So the answer for both the question is No.
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solve 3
that tells how many swaps are done in the worst case given n elements Consider this modification of the partition algorithm. Randomly choose three potential pivots. Partition around the median of the three pivots 3. a) Write the pseudocode for this algorithm b) If this use the quicksort algorithm, what is the running time for the worst-case scenario? When will this happen? c) Why is this algorithm better than the regular quicksort algorithm? 4. Give the pseudocode of...
Subject: Algorithm. solve only part 3 and 4 please. 2.2 Selection- 5 points each 1. Run the simultaneous min-and-max algorithm on the array A 4, 2, 12, 6, 13,9,15). (16, 7, 10, 1,5, 11,3,8, 14, 2....
Subject: Algorithm.
solve only part 3 and 4 please.
2.2 Selection- 5 points each 1. Run the simultaneous min-and-max algorithm on the array A 4, 2, 12, 6, 13,9,15). (16, 7, 10, 1,5, 11,3,8, 14, 2. Explain why the above algorithm is better than the naive algorithm for finding minimum and maximum separately. How many comparisons does the naive algorithm do? How many comparisons does the simultaneous min and max do? 3. Use the randomized select algorithm based on partition...
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In the worst case, the very best that a comparison based sorting algorithm can do when sorting n records is 2 (n^2) (log (n!)) (logn) (n)
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solve 3
that tells how many swaps are done in the worst case given n elements Consider this modification of the partition algorithm. Randomly choose three potential pivots. Partition around the median of the three pivots 3. a) Write the pseudocode for this algorithm b) If this use the quicksort algorithm, what is the running time for the worst-case scenario? When will this happen? c) Why is this algorithm better than the regular quicksort algorithm? 4. Give the pseudocode of...
Subject: Algorithm.
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For [Select], there are three choices: worse than, the same as,
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