Algorithms

We will discuss the Merge Sort Algorithm, pseudo code, Code implementation of Merge Sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Merge Sort. 1. What is Merge Sort Algorithm? Merge Sort is a divide-and-conquer algorithm. It divides the input array into two subarrays, calls itself for the […]

We will discuss the Insertion Sort Algorithm, pseudo code, Code implementation of Insertion Sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Insertion Sort. 1. What is Insertion Sort Algorithm? Insertion Sort is a simple and efficient comparison sort. It is in-place Sorting. The Insertion Sort inserts each element

We will discuss the Heap Sort Algorithm, pseudo code, Code implementation of Heap sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Heap sort. 1. What is the Heap Sort Algorithm? Heap Sort is one of the comparison-based sorts that uses the heap data structure. It is a

We will discuss the Binary Search Algorithm, pseudo code, Code implementation of Binary Search Algorithm in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Binary Search Algorithm. 1. What is Binary Search? Binary Search is the most popular search algorithm. It is efficient and most commonly used to solve problems.

We will discuss the Linear Search Algorithm, pseudo code, Code implementation of Linear Search in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Linear Search. 1. What is Linear Search? Linear search is a sequential way of finding an element in a given list. Linear search is a special

We’ll discuss the analysis of algorithms, priori analysis, posteriori analysis, algorithm complexity – time complexity and space complexity, algorithm complexity of common operations, and asymptotic analysis. 1. What is the Analysis of Algorithms? If a problem has more than one solution, the technique used to decide which solution is best is known as algorithm analysis.

We’ll discuss types of asymptotic notation, types of notation – theta, big-O, omega, small-o, and small omega notation, the growth rate of an algorithm, analysis of loops – calculation of runtime complexity, and growth of function. 1. What is Asymptotic Notation? Asymptotic notation is used to determine rough estimates of the relative running time of

We will discuss the Quick Sort Algorithm, pseudo code, Code implementation of Quick Sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Quick Sort. 1. What is Quick Sort Algorithm? Quick Sort is also the divide-and-conquer strategy of sorting a list of elements like merge sort. Quick Sort

We will discuss the Randomized Quick Sort Algorithm, pseudo code, Code implementation of Randomized Quick Sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Randomized Quick Sort. 1. What is Randomized Quick Sort Algorithm? Randomized Quick Sort is a variation of the Quick Sort algorithm where we choose

We will discuss the Selection Sort Algorithm, pseudo code, Code implementation of Selection sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Selection Sort. 1. What is Selection Sort Algorithm? Selection Sort is an in-place sorting algorithm. It works well on small files. It is used for storing files

We will discuss the Bubble Sort Algorithm, pseudo code, Code implementation of bubble sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Bubble sort. 1. What is Bubble Sort Algorithm? Bubble Sort Algorithm is a comparison-based algorithm. Bubble Sort compares each element in the list with the next

We will discuss Prim’s Algorithm, pseudo code, Code implementation of Prim’s Algorithm in C, Java, JavaScript, Python, advantages & disadvantages, and time of Prim’s Algorithm. We will discuss the Bubble Sort Algorithm, pseudo code, Code implementation of bubble sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Bubble

We will discuss the Counting Sort Algorithm, pseudo code, Code implementation of Counting Sort in C, C++, Java, JavaScript, Python, advantages & disadvantages, and time & space complexity of Counting Sort. 1. What is Counting Sort Algorithm? Counting Sort is an integer sorting algorithm that works by counting the occurrences of each unique element in

We will discuss the Fractional Knapsack Problem, pseudo code, Code implementation of Fractional Knapsack in C, Java, JavaScript, Python, advantages & disadvantages, and time complexity of Fractional Knapsack. 1. What is Fractional Knapsack Problem? The Fractional Knapsack Problem is a classic optimization problem that can be solved using a greedy algorithm. In the Fractional Knapsack

We will discuss the Huffman Coding Algorithm, pseudo code, Code implementation of Huffman Coding in C, Java, JavaScript, Python, advantages & disadvantages, and time complexity of Huffman Coding. 1. What is Huffman Coding Algorithm? Huffman Coding is a common technique of encoding, including lossless data compression. Huffman Coding is based on the frequency of occurrence