Merge Sort Using Divide and Conquer
Algorithm Code Output
1D Array
Binary Search Using Divide and Conquer
Pseudo Code Algorithm for Binary Search. This is a recursive implementation of a Binary Search algorithm using the Divide and Conquer technique. Binary Search is efficient for finding an element in a sorted array, with a time complexity of O(log*n). Explanation of Pseudo Code: Function: BinarySearch(array, low, high, key) Parameters: Base Case: (Check if low
Merging Arrays: Learn How to Merge Two Arrays.
Learn Array manipulation and the basics of DSA. Merging arrays form the base for DSA along with LinkedList. This post covers the algorithm and the code for merging two arrays. Algorithm Code Output Click here to get the algorithm and the code for reversing an array. Click here to get the algorithm and the code
Reversing an Array: How to reverse the elements of an Array.
This post covers array reversal meaning reversing all the elements of an array. The left-most element will be placed on the right-most part and vice versa. The left elements will be placed to the right and vice versa. Algorithm Code Output Click here to get the algorithm and the code on how to merge two
Reversing an Array: How to reverse the elements of an Array. Read More »
How to Delete Element from an Array.
This post covers the procedure, algorithm, and code on how to delete elements from an array. To perform the deletion of elements from an array in C, you typically need to shift the remaining elements to fill the gap left by the deleted element. Algorithm INPUT: An array A[l…u] and KEY IS THE ELEMENT TO