Bubble sort program using templates




















Comments Vivek 6-Mar PM. Hello Hatim Hatim 7-Mar PM. Yes sure what do you want to know? Pankaj Dec PM. Check if removing an edge can divide a Binary Tree in two halves. Check if a Binary Tree contains duplicate subtrees of size 2 or more. Finding Distance between two nodes.

Print root to leaf paths without using recursion. Create loops of even and odd values in a binary tree. Program for shutdown or Restart PC. This algorithm does the swapping of elements to get the final output in the desired order.

For instance, if you pass an array consisting of the elements: 6, 3, 8, 2, 5, 7 , the final array after the bubble sort implementation will be: 2, 3, 5, 6, 7, 8.

As mentioned, the C program for bubble sort works by comparing and swapping adjacent elements in an array. All four steps are repeated for each iteration. Upon completing each iteration, the largest unsorted element is moved to the end of the array. Finally, the program ends when no elements require swapping, giving us the array in ascending order.

We will write the first C program for bubble sort using a for loop. In this example, we will a use nested for loop in C to sort the elements of a one-dimensional array. To begin with, we will ask for the total number of elements and then the values from the user. Once we get the elements, we will use the for loop to iterate through the elements and sort them in ascending order. For this example, we will follow the same method as in the previous example.

The only difference is that we will replace the for loop with the nested while loop. In this C program for bubble sort, we will create a user-defined function and write down the mechanism of sorting the array elements inside it.

In this C program for bubble sort, we have used C pointers. All we did was create another user-defined function to standardize the use of pointers in it. All the elements are compared in standard bubble sorting even if the last elements are already sorted based on the previous iterations. This increases the execution time, which can be reduced by optimizing the C program for bubble sort.

The variable Swap is set as true if the swapping of elements has occurred; otherwise, it is false. When the program finds that the value of the Swap variable is false, it will understand that the sorting is already done and break out of the loop.

This will reduce the execution time by optimizing the algorithm.



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