Select one or more: a. Merge Sort takes more space than Insertion Sort. b. In the worst case, Quick Sort is quicker than Bubble Sort. c. Heap sort takes a fixed number of memory space. d. In the worst case, Heap Sort is one of the best algorithms in terms of time efficiency, but worst in terms of memory use e. The running time of Insertion Sort quadruples when the input size doubles. Of. In the worst case, Insertion Sort is one of the worst algorithms in terms of time efficiency, but best in terms of memory use g. Insertion Sort takes less space than Heap Sort. Oh. In the worst case, Selection Sort is quicker than Heap Sort.

Select one or more: a. Merge Sort takes more space than Insertion Sort. b. In the worst case, Quick Sort is quicker than Bubble Sort. c. Heap sort takes a fixed number of memory space. d. In the worst case, Heap Sort is one of the best algorithms in terms of time efficiency, but worst in terms of memory use e. The running time of Insertion Sort quadruples when the input size doubles. Of. In the worst case, Insertion Sort is one of the worst algorithms in terms of time efficiency, but best in terms of memory use g. Insertion Sort takes less space than Heap Sort. Oh. In the worst case, Selection Sort is quicker than Heap Sort.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Given the time and space complexity of the following sorting algorithms, which of the following is/are true? Note: We will only consider the worst case for both complexities Time Complexity Sorting Algorithms Bubble Sort Selection Sort Insertion Sort Quick Sort Merge Sort Heap Sort Source: weblink Best Case Q(N) Q(N^2) Q(N) Q(N log N) Q(N log N) Q(N log N) Average Case e(N^2) O(N^2) e(N^2) (N log N) Ⓒ(N log N) O(N log N) Worst Case O(N^2) O(N^2) O(N^2) O(N^2) O(N log N) O(N log N) Space Complexity Worst Case 0(1) 0(1) 0(1) O(N) O(N) 0(1) Select one or more: a. In the worst case, Heap Sort is one of the best algorithms in terms of time efficiency, but worst in terms of memory use O b. The running time of Insertion Sort quadruples when the input size doubles. ☐c. In the worst case, Selection Sort is quicker than Heap Sort. d. In the worst case, Insertion Sort is one of the worst algorithms in terms of time efficiency, but best in terms of memory use e. Heap sort takes a fixed number of…