Is Mergesort the fastest?

Merge sort is a stable sorting algorithm i.e. it maintains the relative order of two equal elements. Quicksort is an unstable sorting algorithm i.e. it might change the relative order of two equal elements.

Merge sort is a stable sorting algorithm i.e. it maintains the relative order of two equal elements. Quicksort is an unstable sorting algorithm i.e. it might change the relative order of two equal elements.

Merge sort is a stable sorting algorithm i.e. it maintains the relative order of two equal elements. Quicksort is an unstable sorting algorithm i.e. it might change the relative order of two equal elements.

Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort requires a temporary array to merge the sorted arrays and hence it is not in-place giving Quick sort the advantage of space.

Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort requires a temporary array to merge the sorted arrays and hence it is not in-place giving Quick sort the advantage of space.

There are certain reasons due to which quicksort is better: 1- Auxiliary Space: Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort on the other hand requires a temporary array to merge the sorted arrays and hence it is not in-place.

Merge sort is a stable sorting algorithm i.e. it maintains the relative order of two equal elements. Quicksort is an unstable sorting algorithm i.e. it might change the relative order of two equal elements.

Merge sort is more efficient and works faster than quick sort in case of larger array size or datasets. Quick sort is more efficient and works faster than merge sort in case of smaller array size or datasets. Sorting method : The quick sort is internal sorting method where the data is sorted in main memory.

Merge sort is more efficient and works faster than quick sort in case of larger array size or datasets. Quick sort is more efficient and works faster than merge sort in case of smaller array size or datasets. Sorting method : The quick sort is internal sorting method where the data is sorted in main memory.

There are certain reasons due to which quicksort is better: 1- Auxiliary Space: Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort on the other hand requires a temporary array to merge the sorted arrays and hence it is not in-place.

HeapSort: It is the slowest of the sorting algorithms but unlike merge and quick sort it does not require massive recursion or multiple arrays to work. Merge Sort: The merge sort is slightly faster than the heap sort for larger sets but it requires twice the memory of the heap sort because of the second array.

Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort requires a temporary array to merge the sorted arrays and hence it is not in-place giving Quick sort the advantage of space.

Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort requires a temporary array to merge the sorted arrays and hence it is not in-place giving Quick sort the advantage of space.

They both have same time complexity but quick sort is better than merge sort because it is in-place sorting algorithm which means it does not uses extra space and mutates the original array where as merge sort does not mutates the original array it uses extra array for sorting.

There are certain reasons due to which quicksort is better: 1- Auxiliary Space: Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort on the other hand requires a temporary array to merge the sorted arrays and hence it is not in-place.

There are certain reasons due to which quicksort is better: 1- Auxiliary Space: Quick sort is an in-place sorting algorithm. In-place sorting means no additional storage space is needed to perform sorting. Merge sort on the other hand requires a temporary array to merge the sorted arrays and hence it is not in-place.

The main difference between quicksort and merge sort is that the quicksort sorts the elements by comparing each element with an element called a pivot while merge sort divides the array into two subarrays again and again until one element is left.

Merge sort is a stable sorting algorithm i.e. it maintains the relative order of two equal elements. Quicksort is an unstable sorting algorithm i.e. it might change the relative order of two equal elements.

Merge sort is more efficient and works faster than quick sort in case of larger array size or datasets. Quick sort is more efficient and works faster than merge sort in case of smaller array size or datasets. Sorting method : The quick sort is internal sorting method where the data is sorted in main memory.