Given an array of n distinct numbers already sorted (in ascending order), we apply Hoare-Quicksort, Lomuto-Quicksort, and Heapsort separately to sort it into ascending order. Assume that we always have the array size n > 100. Select the correct answer for each question. 1 3 Which sorting algorithm will make the fewest number of swaps? Which sorting algorithm will make the fewest number of key comparisons 1. Hoare-Quicksort 2. Lomuto-Quicksort 3. Heapsort

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Given an array of n distinct numbers already sorted (in ascending order), we apply
Hoare-Quicksort, Lomuto-Quicksort, and Heapsort separately to sort it into
ascending order. Assume that we always have the array size n > 100. Select the
correct answer for each question.
1
3
Which sorting algorithm
will make the fewest
number of swaps?
Which sorting algorithm
will make the fewest
number of key comparisons
(KCS)?
1. Hoare-Quicksort
2. Lomuto-Quicksort
3. Heapsort
Transcribed Image Text:Given an array of n distinct numbers already sorted (in ascending order), we apply Hoare-Quicksort, Lomuto-Quicksort, and Heapsort separately to sort it into ascending order. Assume that we always have the array size n > 100. Select the correct answer for each question. 1 3 Which sorting algorithm will make the fewest number of swaps? Which sorting algorithm will make the fewest number of key comparisons (KCS)? 1. Hoare-Quicksort 2. Lomuto-Quicksort 3. Heapsort
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