![]() The quicksort has been applied to these values and the sorted list has been generated that has the value 2, 24, 35, 56,86,98. After providing the count, the values provided by the user are 56, 35, 24, 86, 98, 2. In the below output, the user confirmed that they will be submitting 6 values and to form a list of sorted data. Quicksort_method(element_list, value2 + 1, high) Quicksort_method(element_list, low, value2 - 1) Printf("Please input the elements that has to be sorted:\n") įor (counter = 0 counter element_list & value2 >= low)Įlement_list = element_list Printf("Please enter the total count of the elements that you want to sort: ") Printf("\n The Sorted array in ascending order: ") Printf("\n Enter %d Elements: ",total_count) Printf("\n Enter the Number of Elements: ") Int total_count,counter1,counter2,minimum,temp_value Printf("Please enter %d integers that has to be sorted\n", total_count) įor (counter = 0 counter array) /* For decreasing order use Printf("How many number you want to input?\n") Int total_count, counter, counter1, swap_var Once the next smallest number is found, it replaces the value in the second index and the process keeps on repeating until the array consists of a sorted list of values. The first smallest value found in the array has been moved to the first index of the array and then the search begins again to find the other smallest number.The values will be stored in the array and will be processed further using nested for loop together with decision making using “if” in order to sort the array. ![]() Once the number is provided, the program will ask the user to provide values equivalent to the count that they have provided. Once the program is compiled and run, it will ask the user for the number of elements that they want to sort. Below is the program to sort the array using bubble sort where the values have been taken from the user.In this way to sort the array, the value has to be assigned to the array in the beginning before starting the sorting. It is a very simple way of performing sorting. Bubble sort may be defined as the sorting algorithm that follows the approach of replacing the value in the first index with the smallest value in the array and keep it repeating until the list is sorted.The types of sorting in C are listed below. It takes much less time as compared to the other sorting algorithms. ![]() Among all of the algorithms, quick sort works very quick and hence named quick sort. To serve the purpose of sorting the array is used very often instead of holding the values in individual variables. In the selection sort, the same array has been treated as two arrays where the first array is considered to be vacant in order to tell the sorted values while the second array holds the unsorted list.For instance, in bubble sort, the elements are stored in the single array and the values in the array have been processed to convert them into a list of sorted data. In every algorithm, the array has been used to store the list of the elements that have to be sorted. In all the approaches to sort the list, the array plays a very vital role in the C programming language. ![]() This is the way sorting is done in the C programming language. Again once the other small number is encountered, it is shifted to the next space in the list right after the first index and this process keeps on repeating until the sort list is obtained.
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