Bubble Sort (With Code in Python/C++/Java/C) - Programiz
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Working of Bubble SortOptimized Bubble Sort AlgorithmBubble Sort ComplexitySimilar Sorting AlgorithmsComplexity in DetailBubble Sort compares the adjacent elements. Hence, the number of comparisons is nearly equals to n2 Hence, Complexity: O(n2) Also, if we observe the code, bubble sort requires two loops. Hence, the complexity is n*n = n21. Time Complexities1. Worst Case Complexity: O(n2) If we want to sort in ascending order and the array is in descending order then the worst case occurs. 2. Best Case Complexity: O(n) If the array is already sorted, then there is no need for sorting. 3. Average Case Complexity: O(n2) It occurs w…See more on programiz.com Complexity in DetailBubble Sort compares the adjacent elements. Hence, the number of comparisons is nearly equals to n2 Hence, Complexity: O(n2) Also, if we observe the code, bubble sort requires two loops. Hence, the complexity is n*n = n2 1. Time Complexities1. Worst Case Complexity: O(n2) If we want to sort in ascending order and the array is in descending order then the worst case occurs. 2. Best Case Complexity: O(n) If the array is already sorted, then there is no need for sorting. 3. Average Case Complexity: O(n2) It occurs w…
Complexity in DetailBubble Sort compares the adjacent elements. Hence, the number of comparisons is nearly equals to n2 Hence, Complexity: O(n2) Also, if we observe the code, bubble sort requires two loops. Hence, the complexity is n*n = n2
1. Time Complexities1. Worst Case Complexity: O(n2) If we want to sort in ascending order and the array is in descending order then the worst case occurs. 2. Best Case Complexity: O(n) If the array is already sorted, then there is no need for sorting. 3. Average Case Complexity: O(n2) It occurs w…
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