Link List ALGORITHM FOR INSERTING A NODE
Download as PPTX, PDF0 likes3 views
The document outlines algorithms for inserting a node in a linked list at various positions: at the beginning, at the end, and at a specified position. It includes steps for creating a new node, updating pointers, and handling cases where the list is empty. Additionally, it specifies that position '0' for insertion is not allowed.
1 of 4
Download to read offline
Ad
Recommended
Data Structures with C Linked List
Data Structures with C Linked ListReazul Islam The document provides a comprehensive overview of linked lists, outlining their advantages over arrays, the structure of nodes, and basic operations such as insertion, deletion, and searching. It covers both linear and doubly linked lists, including detailed pseudocode for creating and manipulating these data structures. Additionally, it discusses memory allocation, garbage collection, and variations like circular linked lists.
Implementation of linked list unit 2.pptx
Implementation of linked list unit 2.pptxToranSahu18 The document provides an overview of linked lists, describing their structure, types (singly linked, doubly linked, and circular linked), and various operations such as creation, traversal, insertion, and deletion of nodes. Each node in these lists contains data and links to other nodes, with specific procedures outlined for manipulating these lists. Additionally, algorithms for searching, inserting, and deleting nodes in both standard and circular linked lists are detailed.
Data structures linked list introduction.pptx
Data structures linked list introduction.pptxKalpana Mohan Linked lists are dynamic data structures that store data in scattered locations in memory. Each data item in a linked list is called a node, which contains a data field for storing the data and a pointer field linking to the next node. The basic operations on linked lists are insertion, deletion, and traversal. To insert a new node, the algorithm locates the proper position by traversing the list and comparing data, then links the new node between existing nodes. To delete a node, the algorithm locates the target node by traversing and comparing data, then establishes links between the previous and next nodes before deleting the target node.
Singly link list
Singly link listRojin Khadka A singly linked list is a linear data structure composed of nodes, where each node contains a data element and a link to the next node. The first node is referenced by a pointer called the head. Each node's link points to the next node in the list, with the last node's link pointing to null. Operations like insertion and deletion on singly linked lists can be performed by updating the links between nodes in constant time regardless of the list's size.
linkrd_list.pdf
linkrd_list.pdfISHAN194169 Linked lists are a data structure that store elements non-contiguously in memory. Each element, called a node, contains data and a pointer to the next node. There are several types of linked lists including singly linked lists where each node has a next pointer, doubly linked lists where each node has next and previous pointers, and circular linked lists where the last node points to the first. Common operations on linked lists include traversing, inserting nodes, deleting nodes, and searching for elements. Insertion and deletion have lower time complexity than arrays since they only require updating pointers rather than shifting elements.
U2.linked list
U2.linked listSsankett Negi The document discusses lists and linked lists. It defines a list as an ordered collection of items that supports basic operations like adding, deleting, and accessing items. A linked list is a collection of links, where each link contains a data part and a link part pointing to the next link. Each node of a linked list contains a data field storing the data and a link field storing the address of the next node. The document then provides algorithms for common linked list operations like insertion, deletion, searching, and displaying all nodes.
DSModule2.pptx
DSModule2.pptxChrisSosaJacob This document provides information on linked lists. Some key points:
- A linked list is a dynamic data structure where elements are linked using pointers. Each element contains a data field and a pointer to the next node.
- There are different types of linked lists including singly linked, doubly linked, circular, and circular doubly linked lists.
- Common linked list operations include insertion, deletion, traversal, searching, and sorting. Algorithms for performing these operations on singly linked lists are presented.
- Linked lists can be used to implement other data structures like stacks, where the top element is tracked using a pointer instead of using array indices. Pseudocode for push and pop operations on a linked list implementation of
How to sort linked list using sorthing method.pptx
How to sort linked list using sorthing method.pptxdishantghumi The document explains linked lists, a type of linear data structure comprised of nodes that contain data and references to the next node. It includes various implementations of linked lists in C and C++, demonstrating how to create, traverse, insert, and delete nodes. Additionally, it covers algorithms for searching an element and deleting nodes from the beginning, end, or after a specified node.
Lecture 5 data structures and algorithms
Lecture 5 data structures and algorithmsAakash deep Singhal The document discusses various algorithms for linked lists including traversal, search, insertion, deletion, and other operations. It provides pseudocode for algorithms to print all nodes in a linked list, search for a node containing a given item, insert a new node at the beginning or after a given node, and delete a node following a given node or containing a given item. It also covers concepts like header linked lists, circular linked lists, two-way linked lists, and using linked lists to represent polynomials and sparse matrices.
Ppt of operations on one way link list
Ppt of operations on one way link listSukhdeep Kaur This document discusses various operations that can be performed on one-way linked lists including traversing, searching, inserting, deleting, copying, merging, and splitting linked lists. It provides algorithms and explanations for each operation using diagrams and pseudocode. Key points covered include inserting and deleting nodes from the beginning, end, or a particular position of a linked list, as well as merging two sorted linked lists into a single sorted list.
Ppt of operations on one way link list
Ppt of operations on one way link listSukhdeep Kaur This document discusses various operations that can be performed on one-way linked lists including traversing, searching, inserting, deleting, copying, merging, and splitting linked lists. It provides algorithms and explanations for each operation using diagrams and pseudocode. Key points covered include inserting and deleting nodes from the beginning, end, or a particular position of a linked list, as well as merging two sorted linked lists into a single sorted list.
4.linked list(contd.)
4.linked list(contd.)Chandan Singh The document provides information on various data structures and algorithms related to linked lists. It discusses topics like list traversal, searching, insertion, deletion, header linked lists, circular linked lists, and two-way linked lists. Algorithms are provided for traversing, searching, inserting and deleting nodes from singly linked lists, circular linked lists, and two-way linked lists. Applications of linked lists in representing polynomials and sparse matrices are also covered.
Insertion operation
Insertion operationkalpanasatishkumar 1. There are three ways to insert a node into a singly linked list: as the head/first node, as the last node, or after some existing node.
2. To insert as the head node, the new node is made the new head and its next pointer links to the old head node.
3. To insert as the last node, the list is traversed until the last node is found, then its next pointer is made to link to the new node.
1. 3 singly linked list insertion 2
1. 3 singly linked list insertion 2P. Subathra Kishore, KAMARAJ College of Engineering and Technology, Madurai This document discusses algorithms for inserting nodes into singly linked lists at different positions. It provides pseudocode and illustrations for inserting a node after a given element, before a given element, and at a specified position.
For each insertion operation, it outlines the steps: 1) create a new node, 2) get the data, 3) check for empty list or specified position and traverse the list to find the insertion point. It then shows how to insert the new node by adjusting the next pointers of the preceding and current nodes. Examples are given with initial and final list illustrations for each insertion type.
single linked list
single linked listSathasivam Rangasamy This document discusses the implementation of a single linked list data structure. It describes the nodes that make up a linked list, which have an info field to store data and a next field pointing to the next node. The document outlines different ways to represent linked lists, including static arrays and dynamic pointers. It also provides algorithms for common linked list operations like traversing, inserting, and deleting nodes from the beginning, end, or a specified position within the list.
DS Module 03.pdf
DS Module 03.pdfSonaPathak5 The document provides information on linked lists including:
- Linked lists are a linear data structure where each node contains data and a pointer to the next node.
- They allow for dynamic memory allocation and easier insertion/deletion than arrays.
- Common types include singly linked, doubly linked, circular singly/doubly linked lists.
- The document describes creating linked lists in C using structures, and operations like insertion, deletion, searching.
Linked List - Insertion & Deletion
Linked List - Insertion & DeletionAfaq Mansoor Khan The document provides a comprehensive guide on linked lists, detailing insertion and deletion techniques at various positions, including the start, end, and middle of the list. It covers algorithms and implementations for adding and removing nodes, as well as handling specific cases like deleting nodes with a particular value. Additionally, it discusses the advantages and disadvantages of linked lists compared to arrays, along with their applications.
Revisiting a data structures in detail with linked list stack and queue
Revisiting a data structures in detail with linked list stack and queuessuser7319f8 This document discusses various data structures including arrays, stacks, queues, and linked lists. It provides code examples for creating and manipulating each type of data structure. Specifically, it shows code for inserting and deleting elements from arrays and linked lists. It also includes algorithms and code for common stack and queue operations like push, pop, enqueue, and dequeue. The document provides a detailed overview of linear and non-linear data structures.
Linked lists a
Linked lists aKhuram Shahzad The document provides an overview of linked lists, defining them as collections of nodes where each node contains data and a pointer to the next node. It discusses various types of linked lists, operations (such as insertion and deletion), and compares linked lists with arrays in terms of memory management and functionality. Key terminologies and basic operations necessary for implementing linked lists are also outlined.
cp264_lecture13_14_linkedlist.ppt
cp264_lecture13_14_linkedlist.pptssuser9dd05f The document discusses different types of linked lists, including simple linked lists, circular linked lists, and doubly linked lists. It provides examples of each type of linked list and describes the key components of linked list nodes. It also presents algorithms for common linked list operations like insertion, deletion, and traversal for each of the linked list types. The algorithms are presented in pseudocode with step-by-step instructions.
data structures lists operation of lists
data structures lists operation of listsmuskans14 The document discusses different types of linked lists, including single linked lists, doubly linked lists, and circular linked lists. It describes the basic components and structure of nodes in each type of linked list. The key operations performed on linked lists are also summarized, such as creating and traversing lists, as well as inserting, deleting, and searching nodes within a linked list. Algorithms for common linked list operations like insertion and deletion of nodes at different positions are presented through pseudocode.
DSA abcdefghijklmnopqrstuvwxabcdefgh.pptx
DSA abcdefghijklmnopqrstuvwxabcdefgh.pptxssuser3d8fda2 The document explains the concept of singly linked lists, detailing the structure, node creation, and various insertion methods (at first, middle, and last). It highlights the advantages of linked lists over arrays, particularly in the ease of insertion without the need for shifting elements. The document also outlines the traversal process required to reach specific points for insertion.
Linked list
Linked listA. S. M. Shafi Linked lists are data structures that store data in scattered locations in memory. Each data item or node contains a data part that holds the actual data and a link part that points to the next node. The nodes are linked together using these links. A linked list requires an external pointer to point to the first node. Operations like traversing, searching, inserting and deleting nodes can be performed on linked lists by manipulating these node links.
Ds06 linked list- insert a node at beginning
Ds06 linked list- insert a node at beginningjyoti_lakhani The document discusses linked lists and operations on linked lists such as insertion and deletion of nodes. It specifically describes an algorithm to insert a node at the beginning of a linked list. The algorithm first checks if the list is empty, and if so makes the new node the start. If the list is not empty, it sets the next pointer of the new node to the current start node, and then makes the new node the new start.
Linked list
Linked listLovely Professional University A linked list is a dynamic linear data structure that allows efficient memory usage through its dynamic memory allocation, avoiding storage waste characteristic of arrays. The structure consists of nodes with a data field and a link to the next node, allowing for easy insertion, deletion, and traversal in various forms such as singly, doubly, and circular linked lists. Operations for managing linked lists include inserting nodes at the beginning, end, or specific locations, with essential steps outlined for implementation in C programming.
DS_LinkedList.pptx
DS_LinkedList.pptxmsohail37 The document discusses linked lists and their basic operations. It defines a linked list as a series of connected nodes where each node contains a data element and a pointer to the next node. The basic operations of linked lists include inserting nodes, finding or deleting nodes by value, and traversing the list. It also discusses different types of linked lists like singly linked lists, doubly linked lists, and circular linked lists. The document explains how to implement operations like insertion, deletion, and traversal in detail with examples.
Link List : Introduction to List and Linked Lists
Link List : Introduction to List and Linked ListsAnil Yadav The document provides an introduction to lists and linked lists, highlighting that lists can be implemented using arrays or linked lists. It explains that linked lists consist of nodes with a data field and a pointer to the next node, allowing non-adjacent memory storage. Moreover, it covers the structure of a single linked list, where each node connects to the next via a single link.
Link List REPRESENTATION OF DOUBLY LINKED LIST
Link List REPRESENTATION OF DOUBLY LINKED LISTAnil Yadav A circular linked list has no beginning or end, created by linking the last node to the first node. A circular doubly linked list includes both successor and predecessor pointers in a circular structure. These concepts enhance the functionality of traditional linked lists.
More Related Content
Similar to Link List ALGORITHM FOR INSERTING A NODE (20)
How to sort linked list using sorthing method.pptx
How to sort linked list using sorthing method.pptxdishantghumi The document explains linked lists, a type of linear data structure comprised of nodes that contain data and references to the next node. It includes various implementations of linked lists in C and C++, demonstrating how to create, traverse, insert, and delete nodes. Additionally, it covers algorithms for searching an element and deleting nodes from the beginning, end, or after a specified node.
Lecture 5 data structures and algorithms
Lecture 5 data structures and algorithmsAakash deep Singhal The document discusses various algorithms for linked lists including traversal, search, insertion, deletion, and other operations. It provides pseudocode for algorithms to print all nodes in a linked list, search for a node containing a given item, insert a new node at the beginning or after a given node, and delete a node following a given node or containing a given item. It also covers concepts like header linked lists, circular linked lists, two-way linked lists, and using linked lists to represent polynomials and sparse matrices.
Ppt of operations on one way link list
Ppt of operations on one way link listSukhdeep Kaur This document discusses various operations that can be performed on one-way linked lists including traversing, searching, inserting, deleting, copying, merging, and splitting linked lists. It provides algorithms and explanations for each operation using diagrams and pseudocode. Key points covered include inserting and deleting nodes from the beginning, end, or a particular position of a linked list, as well as merging two sorted linked lists into a single sorted list.
Ppt of operations on one way link list
Ppt of operations on one way link listSukhdeep Kaur This document discusses various operations that can be performed on one-way linked lists including traversing, searching, inserting, deleting, copying, merging, and splitting linked lists. It provides algorithms and explanations for each operation using diagrams and pseudocode. Key points covered include inserting and deleting nodes from the beginning, end, or a particular position of a linked list, as well as merging two sorted linked lists into a single sorted list.
4.linked list(contd.)
4.linked list(contd.)Chandan Singh The document provides information on various data structures and algorithms related to linked lists. It discusses topics like list traversal, searching, insertion, deletion, header linked lists, circular linked lists, and two-way linked lists. Algorithms are provided for traversing, searching, inserting and deleting nodes from singly linked lists, circular linked lists, and two-way linked lists. Applications of linked lists in representing polynomials and sparse matrices are also covered.
Insertion operation
Insertion operationkalpanasatishkumar 1. There are three ways to insert a node into a singly linked list: as the head/first node, as the last node, or after some existing node.
2. To insert as the head node, the new node is made the new head and its next pointer links to the old head node.
3. To insert as the last node, the list is traversed until the last node is found, then its next pointer is made to link to the new node.
1. 3 singly linked list insertion 2
1. 3 singly linked list insertion 2P. Subathra Kishore, KAMARAJ College of Engineering and Technology, Madurai This document discusses algorithms for inserting nodes into singly linked lists at different positions. It provides pseudocode and illustrations for inserting a node after a given element, before a given element, and at a specified position.
For each insertion operation, it outlines the steps: 1) create a new node, 2) get the data, 3) check for empty list or specified position and traverse the list to find the insertion point. It then shows how to insert the new node by adjusting the next pointers of the preceding and current nodes. Examples are given with initial and final list illustrations for each insertion type.
single linked list
single linked listSathasivam Rangasamy This document discusses the implementation of a single linked list data structure. It describes the nodes that make up a linked list, which have an info field to store data and a next field pointing to the next node. The document outlines different ways to represent linked lists, including static arrays and dynamic pointers. It also provides algorithms for common linked list operations like traversing, inserting, and deleting nodes from the beginning, end, or a specified position within the list.
DS Module 03.pdf
DS Module 03.pdfSonaPathak5 The document provides information on linked lists including:
- Linked lists are a linear data structure where each node contains data and a pointer to the next node.
- They allow for dynamic memory allocation and easier insertion/deletion than arrays.
- Common types include singly linked, doubly linked, circular singly/doubly linked lists.
- The document describes creating linked lists in C using structures, and operations like insertion, deletion, searching.
Linked List - Insertion & Deletion
Linked List - Insertion & DeletionAfaq Mansoor Khan The document provides a comprehensive guide on linked lists, detailing insertion and deletion techniques at various positions, including the start, end, and middle of the list. It covers algorithms and implementations for adding and removing nodes, as well as handling specific cases like deleting nodes with a particular value. Additionally, it discusses the advantages and disadvantages of linked lists compared to arrays, along with their applications.
Revisiting a data structures in detail with linked list stack and queue
Revisiting a data structures in detail with linked list stack and queuessuser7319f8 This document discusses various data structures including arrays, stacks, queues, and linked lists. It provides code examples for creating and manipulating each type of data structure. Specifically, it shows code for inserting and deleting elements from arrays and linked lists. It also includes algorithms and code for common stack and queue operations like push, pop, enqueue, and dequeue. The document provides a detailed overview of linear and non-linear data structures.
Linked lists a
Linked lists aKhuram Shahzad The document provides an overview of linked lists, defining them as collections of nodes where each node contains data and a pointer to the next node. It discusses various types of linked lists, operations (such as insertion and deletion), and compares linked lists with arrays in terms of memory management and functionality. Key terminologies and basic operations necessary for implementing linked lists are also outlined.
cp264_lecture13_14_linkedlist.ppt
cp264_lecture13_14_linkedlist.pptssuser9dd05f The document discusses different types of linked lists, including simple linked lists, circular linked lists, and doubly linked lists. It provides examples of each type of linked list and describes the key components of linked list nodes. It also presents algorithms for common linked list operations like insertion, deletion, and traversal for each of the linked list types. The algorithms are presented in pseudocode with step-by-step instructions.
data structures lists operation of lists
data structures lists operation of listsmuskans14 The document discusses different types of linked lists, including single linked lists, doubly linked lists, and circular linked lists. It describes the basic components and structure of nodes in each type of linked list. The key operations performed on linked lists are also summarized, such as creating and traversing lists, as well as inserting, deleting, and searching nodes within a linked list. Algorithms for common linked list operations like insertion and deletion of nodes at different positions are presented through pseudocode.
DSA abcdefghijklmnopqrstuvwxabcdefgh.pptx
DSA abcdefghijklmnopqrstuvwxabcdefgh.pptxssuser3d8fda2 The document explains the concept of singly linked lists, detailing the structure, node creation, and various insertion methods (at first, middle, and last). It highlights the advantages of linked lists over arrays, particularly in the ease of insertion without the need for shifting elements. The document also outlines the traversal process required to reach specific points for insertion.
Linked list
Linked listA. S. M. Shafi Linked lists are data structures that store data in scattered locations in memory. Each data item or node contains a data part that holds the actual data and a link part that points to the next node. The nodes are linked together using these links. A linked list requires an external pointer to point to the first node. Operations like traversing, searching, inserting and deleting nodes can be performed on linked lists by manipulating these node links.
Ds06 linked list- insert a node at beginning
Ds06 linked list- insert a node at beginningjyoti_lakhani The document discusses linked lists and operations on linked lists such as insertion and deletion of nodes. It specifically describes an algorithm to insert a node at the beginning of a linked list. The algorithm first checks if the list is empty, and if so makes the new node the start. If the list is not empty, it sets the next pointer of the new node to the current start node, and then makes the new node the new start.
Linked list
Linked listLovely Professional University A linked list is a dynamic linear data structure that allows efficient memory usage through its dynamic memory allocation, avoiding storage waste characteristic of arrays. The structure consists of nodes with a data field and a link to the next node, allowing for easy insertion, deletion, and traversal in various forms such as singly, doubly, and circular linked lists. Operations for managing linked lists include inserting nodes at the beginning, end, or specific locations, with essential steps outlined for implementation in C programming.
DS_LinkedList.pptx
DS_LinkedList.pptxmsohail37 The document discusses linked lists and their basic operations. It defines a linked list as a series of connected nodes where each node contains a data element and a pointer to the next node. The basic operations of linked lists include inserting nodes, finding or deleting nodes by value, and traversing the list. It also discusses different types of linked lists like singly linked lists, doubly linked lists, and circular linked lists. The document explains how to implement operations like insertion, deletion, and traversal in detail with examples.
1. 3 singly linked list insertion 2
1. 3 singly linked list insertion 2P. Subathra Kishore, KAMARAJ College of Engineering and Technology, Madurai
More from Anil Yadav (20)
Link List : Introduction to List and Linked Lists
Link List : Introduction to List and Linked ListsAnil Yadav The document provides an introduction to lists and linked lists, highlighting that lists can be implemented using arrays or linked lists. It explains that linked lists consist of nodes with a data field and a pointer to the next node, allowing non-adjacent memory storage. Moreover, it covers the structure of a single linked list, where each node connects to the next via a single link.
Link List REPRESENTATION OF DOUBLY LINKED LIST
Link List REPRESENTATION OF DOUBLY LINKED LISTAnil Yadav A circular linked list has no beginning or end, created by linking the last node to the first node. A circular doubly linked list includes both successor and predecessor pointers in a circular structure. These concepts enhance the functionality of traditional linked lists.
ALGORITHM FOR PUSHING AN ELEMENT TO A QUEUE
ALGORITHM FOR PUSHING AN ELEMENT TO A QUEUEAnil Yadav The document provides algorithms for implementing a queue using a linked list, detailing the steps for pushing and popping elements. It also describes the structure of a doubly linked list, including the fields for each node and how it differs from a singly linked list. Additionally, it highlights that operations available for singly linked lists can also be applied to doubly linked lists.
Link List STACK and Queue USING LINKED LIST
Link List STACK and Queue USING LINKED LISTAnil Yadav The document outlines algorithms for stack and queue operations using linked lists. It details the push and pop operations for stacks, including steps for creating a new node and handling empty stack cases. It also addresses adding and removing elements in a queue implemented with linked lists.
Link List Programming Linked List in Cpp
Link List Programming Linked List in CppAnil Yadav The document defines a linked list class in C++ with several methods including adding, deleting, displaying, counting, and searching nodes. Key functions include 'addatbeg' to add a node at the beginning and 'addafter' to insert at a specified position. The main function presents a menu-driven interface to interact with the linked list functionalities.
Link List & ALGORITHM FOR DELETING A NODE
Link List & ALGORITHM FOR DELETING A NODEAnil Yadav The document provides algorithms for deleting a node from a linked list and displaying all nodes. It outlines steps for deleting the first node and finding a node with a specific value to delete, as well as instructions for displaying the node data. Additionally, it specifies the conditions for handling an empty list.
Presentations Linked Lists Data Structure
Presentations Linked Lists Data StructureAnil Yadav The document discusses linked lists, including their definition and initialization. It highlights several advantages such as dynamic resizing, efficient memory utilization, and easier insertion and deletion operations. Additionally, it notes that linked lists are suitable for complex applications.
Lec-12, 13 Quees First In First Out (FIFO)
Lec-12, 13 Quees First In First Out (FIFO)Anil Yadav A queue is a data structure where items are added at the rear and removed from the front, following a first in first out (FIFO) principle. Key operations include creating an empty queue, getting the front element, enqueuing new elements, dequeuing elements, and checking if the queue is empty. An example of a queue is a line of customers at a bank.
Lec-12, 13 Quee s Applications of Queues
Lec-12, 13 Quee s Applications of QueuesAnil Yadav The document discusses the applications of queues in operating systems, particularly in multi-user and multitasking environments, as well as in communication software for holding incoming information. It explains two types of queue implementations: static (using a fixed-size array) and dynamic (using a linked list that can change in size). Additionally, it describes a pointer implementation for managing queues with front and rear pointers for enqueuing and dequeuing operations.
Lec-12, 13 Quees Array Implementation IN
Lec-12, 13 Quees Array Implementation INAnil Yadav The document discusses the array-based implementation of queues, detailing how to manage the front and rear indices while enqueueing and dequeueing elements. It highlights the inefficiencies of using a single index and introduces circular queues to allow for better utilization of space. Additionally, it mentions the need for tracking the number of items in the queue to determine when it's empty or full.
Lec-12, 13 Quees In Queue IntQueue(int s)
Lec-12, 13 Quees In Queue IntQueue(int s)Anil Yadav The document presents an implementation of an integer queue class in C++ with methods for enqueueing, dequeueing, checking if the queue is empty or full, and clearing the queue. It highlights the constructor and destructor for managing resources, and includes a simple demonstration program that enqueues five integers and attempts to enqueue a sixth, resulting in a full queue message. The output confirms the FIFO behavior of the queue by displaying the dequeued values.
Lec-12, 13 Quees A class for Dynamic Queue implementation
Lec-12, 13 Quees A class for Dynamic Queue implementationAnil Yadav The document outlines the implementation of a dynamic integer queue using a linked list structure in C++. It includes class definitions for the queue, node structure, and methods for enqueueing, dequeueing, checking if the queue is empty, and clearing the queue. A sample program demonstrates how to use the queue class by enqueuing five items and then dequeuing them.
Function enqueue inserts the value in num
Function enqueue inserts the value in numAnil Yadav The document outlines the implementation of an integer queue class in C++, demonstrating its construction, destruction, and core functionalities like enqueue, dequeue, isempty, isfull, and clear. It includes a main program that tests the queue by enqueuing five items, handling an attempt to enqueue an additional item when the queue is full, and dequeuing all items to display their values. The program outputs relevant messages indicating the state of the queue throughout these operations.
Lec-12, 13 Quees -How to determine empty and full Queues?
Lec-12, 13 Quees -How to determine empty and full Queues?Anil Yadav The document discusses the implementation of a queue using arrays, highlighting the management of front and rear indices. It explains the inefficiencies of using a single index and introduces the concept of a circular queue to allow for effective use of the available space. Additionally, it suggests using a counter to distinguish empty and full queues and outlines a class structure for managing the queue.
Unit2-BIS Business Information system Data
Unit2-BIS Business Information system DataAnil Yadav The document outlines the interconnections between organizational strategy, competitive advantage, and information systems, emphasizing the importance of business processes and their improvement. It categorizes business processes into primary, management, and support types, detailing their functions and benefits such as risk and cost reduction, improved quality, and enhanced communication. Additionally, it discusses methodologies for business process improvement and reengineering while addressing the challenges associated with implementing these strategies.
Lec-12, 13 Queues - IntQueue IntQueue(int s) //constructor
Lec-12, 13 Queues - IntQueue IntQueue(int s) //constructorAnil Yadav The document describes the implementation of an integer queue class in C++, including its constructor, destructor, and functions for enqueueing, dequeueing, and checking the state of the queue. The main function demonstrates the usage of the class by enqueuing five items, attempting to add a sixth, and then dequeuing all items. The output clearly indicates when the queue is full and lists the values retrieved from the queue.
Lec-12, 13 Quees Another implementation of Queues using Arrays
Lec-12, 13 Quees Another implementation of Queues using ArraysAnil Yadav The document presents an implementation of a circular queue using arrays in a class named 'cqueue'. It includes methods for enqueueing and dequeueing elements, checking if the queue is full or empty, and a constructor that initializes an array of a specified size. The implementation handles overflow and underflow conditions during operations.
Lec-12, 13 Quees - Circular Queues and Implementation with Array
Lec-12, 13 Quees - Circular Queues and Implementation with ArrayAnil Yadav The document discusses the concept of circular queues and their implementation using arrays. It explains how to manage the rear index to allow for wrapping around the array, ensuring the queue can accommodate more elements. Methods for determining when the queue is empty or full are also highlighted, including using a counter or comparing front and rear indices.
Lec-32 Recursion - Divide and Conquer in Queue
Lec-32 Recursion - Divide and Conquer in QueueAnil Yadav The document contains examples of recursive functions in C++, demonstrating how to display numbers, sum integers, count digits, and evaluate exponents using both simple recursion and a divide and conquer approach. It also discusses the implementation of recursion using stacks, along with the advantages and disadvantages of recursion versus iteration. Overall, it highlights the efficiency and clarity of recursive programming methods.
Lec-32 Recursion -Recursion in Computer Science
Lec-32 Recursion -Recursion in Computer ScienceAnil Yadav The document discusses mathematical functions with a focus on recursion, illustrating the calculation of specific values for functions like f(x) and factorials using recursive definitions. It emphasizes the importance of base cases to ensure recursion stops, highlighting examples such as the factorial function and Fibonacci numbers. Properly structured recursion can solve numerous algorithmic problems effectively.
Ad
Recently uploaded (20)
Overview of Off Boarding in Odoo 18 Employees
Overview of Off Boarding in Odoo 18 EmployeesCeline George When an employee leaves the company, Odoo provides a streamlined offboarding process to ensure all necessary steps are taken.
Introduction to Generative AI and Copilot.pdf
Introduction to Generative AI and Copilot.pdfTechSoup In this engaging and insightful two-part webinar series, where we will dive into the essentials of generative AI, address key AI concerns, and demonstrate how nonprofits can benefit from using Microsoft’s AI assistant, Copilot, to achieve their goals.
This event series to help nonprofits obtain Copilot skills is made possible by generous support from Microsoft.
Paper 109 | Archetypal Journeys in ‘Interstellar’: Exploring Universal Themes...
Paper 109 | Archetypal Journeys in ‘Interstellar’: Exploring Universal Themes...Rajdeep Bavaliya Get ready to embark on a cosmic quest as we unpack the archetypal power behind Christopher Nolan’s ‘Interstellar.’ Discover how hero’s journey tropes, mythic symbols like wormholes and tesseracts, and themes of love, sacrifice, and environmental urgency shape this epic odyssey. Whether you’re a film theory buff or a casual viewer, you’ll learn why Cooper’s journey resonates with timeless myths—and what it means for our own future. Smash that like button, and follow for more deep dives into cinema’s greatest stories!
M.A. Sem - 2 | Presentation
Presentation Season - 2
Paper - 109: Literary Theory & Criticism and Indian Aesthetics
Submitted Date: April 5, 2025
Paper Name: Literary Theory & Criticism and Indian Aesthetics
Topic: Archetypal Journeys in ‘Interstellar’: Exploring Universal Themes in Nolan’s Cosmic Odyssey
[Please copy the link and paste it into any web browser to access the content.]
Video Link: https://youtu.be/vHLaLZPHumk
For a more in-depth discussion of this presentation, please visit the full blog post at the following link: https://rajdeepbavaliya2.blogspot.com/2025/04/archetypal-journeys-in-interstellar-exploring-universal-themes-in-nolan-s-cosmic-odyssey.html
Please visit this blog to explore additional presentations from this season:
Hashtags:
#ChristopherNolan #Interstellar #NolanFilms #HeroJourney #CosmicOdyssey #FilmTheory #ArchetypalCriticism #SciFiCinema #TimeDilation #EnvironmentalCinema #MythicStorytelling
Keyword Tags:
Interstellar analysis, Christopher Nolan archetypes, hero’s journey explained, wormhole symbolism, tesseract meaning, myth in sci-fi, cinematic archetypes, environmental themes film, love across time, Nolan film breakdown
june 10 2025 ppt for madden on art science is over.pptx
june 10 2025 ppt for madden on art science is over.pptxroger malina art science is over -talk by roger malina for jack madden group
Measuring, learning and applying multiplication facts.
Measuring, learning and applying multiplication facts.cgilmore6 Slides from a presentation by Professor Camilla Gilmore to the Association of Teachers of Mathematics and Mathematics Association Primary Interest group in June 2025.
This gave an overview of two studies that investigated children's multiplication fact knowledge. These studies were part of the SUM research project based at the University of Nottingham and Loughborough University. For more information see www.sumproject.org.uk
Assisting Individuals and Families to Promote and Maintain Health – Unit 7 | ...
Assisting Individuals and Families to Promote and Maintain Health – Unit 7 | ...RAKESH SAJJAN This PowerPoint presentation is based on Unit 7 – Assisting Individuals and Families to Promote and Maintain Their Health, a core topic in Community Health Nursing – I for 5th Semester B.Sc Nursing students, as per the Indian Nursing Council (INC) guidelines.
The unit emphasizes the nurse’s role in family-centered care, early detection of health problems, health promotion, and appropriate referrals, especially in the context of home visits and community outreach. It also strengthens the student’s understanding of nursing responsibilities in real-life community settings.
📘 Key Topics Covered in the Presentation:
Introduction to family health care: needs, principles, and objectives
Assessment of health needs of individuals, families, and groups
Observation and documentation during home visits and field assessments
Identifying risk factors: environmental, behavioral, genetic, and social
Conducting growth and development monitoring in infants and children
Recording and observing:
Milestones of development
Menstrual health and reproductive cycle
Temperature, blood pressure, and vital signs
General physical appearance and personal hygiene
Social assessment: understanding family dynamics, occupation, income, living conditions
Health education and counseling for individuals and families
Guidelines for early detection and referral of communicable and non-communicable diseases
Maintenance of family health records and individual health cards
Assisting families with:
Maternal and child care
Elderly and chronic disease management
Hygiene and nutrition guidance
Utilization of community resources – referral linkages, support services, and local health programs
Role of nurse in coordinating care, advocating for vulnerable individuals, and empowering families
Promoting self-care and family participation in disease prevention and health maintenance
This presentation is highly useful for:
Nursing students preparing for internal exams, university theory papers, or community postings
Health educators conducting family teaching sessions
Students conducting fieldwork and project work during community postings
Public health nurses and outreach workers dealing with preventive, promotive, and rehabilitative care
It’s structured in a step-by-step format, featuring tables, case examples, and simplified explanations tailored for easy understanding and classroom delivery.
Overview of Employee in Odoo 18 - Odoo Slides
Overview of Employee in Odoo 18 - Odoo SlidesCeline George The employee module is a core component of the HR workspace that helps the business to get the employee activities and details. This would also allow you to get the employee details by acting as a centralized system and accessing, updating, and managing all the other employee data.
Energy Balances Of Oecd Countries 2011 Iea Statistics 1st Edition Oecd
Energy Balances Of Oecd Countries 2011 Iea Statistics 1st Edition Oecdrazelitouali Energy Balances Of Oecd Countries 2011 Iea Statistics 1st Edition Oecd
Energy Balances Of Oecd Countries 2011 Iea Statistics 1st Edition Oecd
Energy Balances Of Oecd Countries 2011 Iea Statistics 1st Edition Oecd
BUSINESS QUIZ PRELIMS | QUIZ CLUB OF PSGCAS | 9 SEPTEMBER 2024
BUSINESS QUIZ PRELIMS | QUIZ CLUB OF PSGCAS | 9 SEPTEMBER 2024Quiz Club of PSG College of Arts & Science THE QUIZ CLUB OF PSGCAS BRINGS T0 YOU A FUN-FILLED, SEAT EDGE BUSINESS QUIZ
DIVE INTO THE PRELIMS OF BIZCOM 2024
QM: GOWTHAM S
BCom (2022-25)
THE QUIZ CLUB OF PSGCAS
Non-Communicable Diseases and National Health Programs – Unit 10 | B.Sc Nursi...
Non-Communicable Diseases and National Health Programs – Unit 10 | B.Sc Nursi...RAKESH SAJJAN This PowerPoint presentation is prepared for Unit 10 – Non-Communicable Diseases and National Health Programs, as per the 5th Semester B.Sc Nursing syllabus outlined by the Indian Nursing Council (INC) under the subject Community Health Nursing – I.
This unit focuses on equipping students with knowledge of the causes, prevention, and control of non-communicable diseases (NCDs), which are a major public health challenge in India. The presentation emphasizes the nurse’s role in early detection, screening, management, and referral services under national-level programs.
🔹 Key Topics Included:
Definition, burden, and impact of NCDs in India
Epidemiology, risk factors, signs/symptoms, prevention, and management of:
Diabetes Mellitus
Hypertension
Cardiovascular Diseases
Stroke & Obesity
Thyroid Disorders
Blindness
Deafness
Injuries and Accidents (incl. road traffic injuries and trauma guidelines)
NCD-2 Cancers:
Breast Cancer
Cervical Cancer
Oral Cancer
Risk factors, screening, diagnosis, early signs, referral & palliative care
Role of nurse in screening, referral, counseling, and continuum of care
National Programs:
National Program for Prevention and Control of Cancer, Diabetes, Cardiovascular Diseases and Stroke (NPCDCS)
National Program for Control of Blindness
National Program for Prevention and Control of Deafness
National Tobacco Control Program (NTCP)
Introduction to Universal Health Coverage and Ayushman Bharat
Use of standard treatment protocols and referral flowcharts
This presentation is ideal for:
Classroom lectures, field assignments, health education planning, and student projects
Preparing for university exams, class tests, and community field postings
Capitol Doctoral Presentation -June 2025.pptx
Capitol Doctoral Presentation -June 2025.pptxCapitolTechU Slides from a Capitol Technology University presentation covering doctoral programs offered by the university. All programs are online, and regionally accredited. The presentation covers degree program details, tuition, financial aid and the application process.
How to Manage Upselling of Subscriptions in Odoo 18
How to Manage Upselling of Subscriptions in Odoo 18Celine George Subscriptions in Odoo 18 are designed to auto-renew indefinitely, ensuring continuous service for customers. However, businesses often need flexibility to adjust pricing or quantities based on evolving customer needs.
ABCs of Bookkeeping for Nonprofits TechSoup.pdf
ABCs of Bookkeeping for Nonprofits TechSoup.pdfTechSoup Accounting can be hard enough if you haven’t studied it in school. Nonprofit accounting is actually very different and more challenging still.
Need help? Join Nonprofit CPA and QuickBooks expert Gregg Bossen in this first-time webinar and learn the ABCs of keeping books for a nonprofit organization.
Key takeaways
* What accounting is and how it works
* How to read a financial statement
* What financial statements should be given to the board each month
* What three things nonprofits are required to track
What features to use in QuickBooks to track programs and grants
How to Manage & Create a New Department in Odoo 18 Employee
How to Manage & Create a New Department in Odoo 18 EmployeeCeline George In Odoo 18's Employee module, organizing your workforce into departments enhances management and reporting efficiency. Departments are a crucial organizational unit within the Employee module.
FIRST DAY HIGH orientation for mapeh subject in grade 10.pptx
FIRST DAY HIGH orientation for mapeh subject in grade 10.pptxGlysdiEelesor1 basic orientation of the first day high
BUSINESS QUIZ PRELIMS | QUIZ CLUB OF PSGCAS | 9 SEPTEMBER 2024
BUSINESS QUIZ PRELIMS | QUIZ CLUB OF PSGCAS | 9 SEPTEMBER 2024Quiz Club of PSG College of Arts & Science
Ad
Link List ALGORITHM FOR INSERTING A NODE
- 1. ALGORITHM FOR INSERTING A NODE Suppose • START is the first position in linked list. • VALUE be the element to be inserted in the new node. •POS is the position where the new node is to be inserted. • TEMP is a temporary pointer to hold the node address. 13
- 2. ALGORITHM FOR INSERTING A NODE Insert a Node at the beginning 1.Input VALUE to be inserted 2.Create a NewNode 3.NewNode -> DATA = VALUE 4.NewNode -> Next = START 5.START = NewNode 6.Exit 14
- 3. ALGORITHM FOR INSERTING A NODE Insert a Node at the end 1.Input VALUE to be inserted 2.Create a NewNode 3.NewNode -> DATA = VALUE 4.NewNode -> Next = NULL 8.If (SATRT equal to NULL) START = NewNode 9.Else (a)TEMP = START (b)While (TEMP -> Next not equal to NULL) TEMP = TEMP -> Next 15
- 4. ALGORITHM FOR INSERTING A NODE Insert a Node at any specified position (POS=1 means insert after first node. POS=0 not allowed) 1.Input VALUE and POS to be inserted 2.initialize TEMP = START 3.Repeat until POS TEMP = TEMP Next 4.Create a New Node 5.NewNode -> DATA = VALUE 6.NewNode -> Next = TEMP -> Next 7.TEMP -> Next = NewNode 8.Exit 16