Binary Search is a powerful searching algorithm that is much faster than Linear Search for sorted datasets. Instead of checking each element one by one, Binary Search repeatedly divides the array in half and compares the target with the middle element. If the target is smaller than the middle element, the search continues on the […]
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Tree Sort is an efficient sorting algorithm that uses the properties of a Binary Search Tree (BST) to arrange elements in order. The main idea behind Tree Sort is to insert all the elements of an array into a BST and then perform an in-order traversal of the tree. This traversal naturally retrieves the elements
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Linear Search is one of the simplest search algorithms in programming. The idea is straightforward: you start at the beginning of a list or array and check each element one by one until you find the target value or reach the end of the array. Even though it is not the fastest search method for
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Tim Sort is a modern and highly efficient sorting algorithm that combines the best features of Merge Sort and Insertion Sort. It was originally designed for real-world data that often contains partially ordered sequences, making it faster than traditional algorithms in many practical scenarios. Tim Sort works by breaking the array into small sections called
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Counting Sort is a simple yet powerful sorting algorithm that works differently from comparison-based methods like Quick Sort or Merge Sort. Instead of comparing elements, it counts the number of occurrences of each element and uses this information to place elements in their correct position. This approach makes Counting Sort extremely fast for sorting integers
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Bucket Sort is a sorting algorithm that organizes data in a way that feels intuitive and visually simple. The main idea is to divide the dataset into smaller groups, called “buckets,” and then sort each bucket individually before combining them into a final sorted list. This makes Bucket Sort particularly effective for data that is
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Shell Sort is a fascinating sorting algorithm that bridges the gap between simple algorithms like Insertion Sort and more advanced ones like Quick Sort. It works by first comparing elements far apart and gradually reducing the gap between them, which allows the algorithm to move values closer to their final position faster. This approach reduces
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Heap Sort is one of those sorting algorithms that often feels mysterious to beginners at first, yet it becomes surprisingly clear once you understand the structure behind it. At the heart of Heap Sort is a special tree-like structure called a heap, which helps arrange values so that the largest or smallest element can be
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Radix Sort is one of those sorting techniques that feels different from the rest because it does not compare values the way algorithms like Quick Sort or Heap Sort do. Instead, it works by examining numbers digit by digit, starting from the lowest place value and moving upward. This makes it a reliable and predictable
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Quick Sort is one of the most famous sorting algorithms in computer science, known for its impressive speed and efficiency when working with large amounts of data. Many developers choose it because it handles sorting tasks in a smart way by dividing data into smaller pieces, sorting each piece separately, and then bringing everything back
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