![]() ![]() The simple steps of achieving the insertion sort are listed as follows. Now, let's see the algorithm of insertion sort. Adaptive, i.e., it is appropriate for data sets that are already substantially sorted.Insertion sort has various advantages such as. Insertion sort is less efficient than the other sorting algorithms like heap sort, quick sort, merge sort, etc. Although it is simple to use, it is not appropriate for large data sets as the time complexity of insertion sort in the average case and worst case is O(n 2), where n is the number of items. The idea behind the insertion sort is that first take one element, iterate it through the sorted array. The same approach is applied in insertion sort. Similarly, all unsorted cards are taken and put in their exact place. If the selected unsorted card is greater than the first card, it will be placed at the right side otherwise, it will be placed at the left side. It is assumed that the first card is already sorted in the card game, and then we select an unsorted card. Insertion sort works similar to the sorting of playing cards in hands. So, it is important to discuss the topic. This article will be very helpful and interesting to students as they might face insertion sort as a question in their examinations. The working procedure of insertion sort is also simple. ![]() ![]() In this article, we will discuss the Insertion sort Algorithm. ![]()
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