The complexity of Bubble sort in terms of time complexity is O(n^2) in the worst case scenario when the input is reversed. This is because for every n elements, the algorithm needs to make n comparisons for each pass, and it needs to make n passes through the list. Therefore, the time complexity is n*n = n^2.

In terms of space complexity, Bubble sort is O(1). This is because it only requires a single additional memory space for temp variable. It's an in-place sorting algorithm as it only requires a constant amount of additional space.

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The complexity of Bubble sort in terms of time complexity is O(n^2) in the worst case scenario when the input is reversed. This is because for every n elements, the algorithm needs to make n comparisons for each pass, and it needs to make n passes through the list. Therefore, the time complexity is n*n = n^2.

In terms of space complexity, Bubble sort is O(1). This is because it only requires a single additional memory space for temp variable. It's an in-place sorting algorithm as it only requires a constant amount of additional space.

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The complexity of Bubble sort in terms of time complexity is O(n^2) in the worst case scenario when the input is reversed. This is because for every n elements, the algorithm needs to make n comparisons for each pass, and it needs to make n passes through the list. Therefore, the time complexity is n*n = n^2.

In terms of space complexity, Bubble sort is O(1). This is because it only requires a single additional memory space for temp variable. It's an in-place sorting algorithm as it only requires a constant amount of additional space.

The complexity of Bubble sort is

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