Computer Programming

Selection Sort is a simple comparison-based sorting algorithm that divides the array into a sorted and an unsorted part. It repeatedly selects the smallest (or largest) element from the unsorted part and swaps it with the first element of the unsorted portion. While easy to implement, Selection Sort is not efficient for large datasets, with […]

Bubble Sort is one of the simplest sorting algorithms, which repeatedly steps through the list, compares adjacent elements, and swaps them if they are in the wrong order. Despite its simplicity, it is inefficient for large datasets because of its O(n²) time complexity. Bubble Sort is often used for educational purposes to understand sorting concepts

Merging two arrays is a common task in C programming. It allows you to combine elements from separate arrays into a single array, which is useful for managing datasets, sorting, or performing further operations. Understanding how to merge arrays teaches important concepts such as array indexing, memory allocation, and loops. In this tutorial, we will

Deleting an element from an array is a fundamental operation in C programming. It allows you to remove unwanted data and maintain the integrity of your dataset. Understanding how to delete elements is crucial for beginners because it teaches array indexing, shifting elements, and managing memory efficiently. In this tutorial, we will learn how to

Inserting an element into an array is a common task in C programming. It allows you to add new data at a specific position without overwriting existing elements. Understanding how to insert elements helps beginners grasp array indexing, memory management, and shifting elements, which are fundamental skills for building more complex programs. In this tutorial,

Reversing an array is a common task in C programming. It can be useful in many situations such as processing sequences, rearranging data, or applying algorithms. Learning different methods of reversal strengthens your understanding of loops, pointers, recursion, and memory management. In this tutorial, we will explore five approaches to reverse an array: Reversing an

Hexadecimal numbers are base-16, represented using digits 0–9 and letters A–F. Binary numbers use base-2 with digits 0 and 1. Converting hexadecimal to binary is useful in programming for memory addressing, color codes, and low-level system operations. In this article, we will write C programs to convert hexadecimal numbers into binary format. Understanding The Problem

Binary numbers are base-2 numbers, using only digits 0 and 1, while hexadecimal numbers are base-16, using digits 0–9 and letters A–F. Converting binary to hexadecimal is useful in programming, especially for memory addressing, color codes, and low-level system tasks. In this article, we will write C programs to convert binary numbers into hexadecimal format.

Octal numbers use base-8, while binary numbers use base-2. Converting octal numbers to binary is useful in programming for compact representations of binary data and low-level system tasks. In this article, we will write a C program to convert an octal number into its binary equivalent. Understanding The Problem Each octal digit corresponds exactly to

Binary numbers use base-2, while octal numbers use base-8. Converting binary to octal is useful in programming, particularly for compact representations of binary data or low-level system tasks. In this article, we will write C programs to convert a binary number into its octal equivalent. Understanding The Problem Each octal digit represents three binary digits.