Which of the following use less than O(n) additional memory?
Choose all that apply.
Bubble sort
Insertion sort
Selection sort
Quick sort
Merge sort
Heap sort
Bucket sort
Answer: Bubble, Insertion, Selection, Quick and Heap sorting techniques uses O(1) Space Complexity.
Explanation:
Which of the following use less than O(n) additional memory? Choose all that apply. Bubble sort...
What action do merge sort, quick sort, and heap sort perform that so radically reduces their complexity? (From O(n2) for the other sorts that we looked at earlier–selection sort, bubble sort, and insertion sort–to O(n log n) for these)? Hint: they all employ a strategy that has to do with how many things they look at in a pass. Describe a situation where merge sort would be a better choice for sorting than quick sort.
Which, if any, of the algorithms bubble-sort, heap-sort, merge-sort, and quick- sort are stable? ( use the algorithms as presented in the text, without special tie-breaking rules; answer separately for the three-way quicksort and the two-way in-place quicksort . )
C++ Programing Consider the following sorting techniques: • Bubble Sort • Insertion Sort • Selection Sort • Merge Sort • Quick Sort Select any two of the above sorting techniques: 1. Write an algorithm (pseudocode) for the two selected sorting techniques 2. Write two separate C++ programs using user defined functions for each of the selected sorting techniques.
Question 4 1 pts Comparing the amount of memory required by selection sort and insertion sort, what can one say? Insertion sort requires more additional memory than selection sort Selection sort requires more additional memory than insertion sort O Both methods require about as much additional memory as the data they are sorting Neither method requires additional memory None of the above Question 5 1 pts The type of the reference, not the type of the object, is use to...
6 6. Merge Bubble Sort: a) How does the merge bubble sort break the array into sublists? b) What does it need to use for each sublist and then what does it do with all of the sublists? c) What is the Big-O notation for this sort? 7. Merge Sort: a) How does the merge sort use recursion to break the array into sublists? b) What happens to each of these sublists to get the final sorted list? c) What...
Write a program in Java that obtains the execution time of selection sort, insertion sort, bubble sort, merge sort, quick sort, and radix sort. Your program should test all sort methods for input sizes of 10000, 20000, 30000, 40000, 50000, and 60000. The selection sort, bubble sort, and radix sort should also be tested for input sizes 100000 and 200000. Your program should create the data that is sorted from randomly generated integers and should output the results in a...
need help!! java eclipse Write a program to implement bubble sort, insertion sort, selection sort, merge sort and quick sort (pivot - first index) algorithms. a) Compute the CPU processing time for all the algorithms for varying input sizes as follows: N-10, 103, 10, 10, and 106 b) Use a random number generator to generate the inputs. Obtain the inputs from the following input ranges: 1- 10, 1 -10, 1 - 10, 1 12 10 c) Write down your results...
. Shell sort is a sorting algorithm similar to insertion sort. Research shell sort and apply that to the following array. Show your work in Detail. [15 points] 45 20 50 10 80 30 60 70 40 90 2. Is Shell sort a stable sorting algorithm? Answer this with an example. [10 points] 3. Apply Merge Sort to sort the following list. Show your work in Detail. [15 Points] 45 20 50 10 80 30 60 70 40 90 4....
8 Sorting Algorithms: Bubble, selection, insertion, quick, merge, bucket, radix, counting. 1. A..Which of the above sorting algorithms does TimSort use? 2. Which of the above algorithms sort a REVERSE ORDER list in O(n2 ) (worst case)? 3. Which of the above algorithms sort a REVERSE ORDER list in O(nlogn) (worst case)? 4. Which of the above algorithms sort an ordered list , a reverse ordered list, and a random list (all three) in 0(nlogn) (worst case)? 5. Which of...
The quick sort algorithm uses a ________ to divide the array into two pieces. Group of answer choices divider pivot mid-point key Which of the following statement(s) are true about quick sort? Group of answer choices It does not require additional memory that merge sort does. All of them In practice, it can be faster than merge sort. It can degrade into an O(n2) sort if the pivot-selection scheme is bad. Which sort does not use comparisons? Group of answer...