DATA STRUCTURE I U-1 Part-2 I Linked Lists I ONE SHOT I By Dr. Nidhi Parashar Ma'am

Video Chapters

• 0:00 Complete Introduction to Data Structures and One Shot Revision Plan
• 2:03 Detailed Architecture and Operations of Doubly Linked Lists Explained
• 12:03 Understanding Different Types Of Circular Linked Lists In Data Structures
• 23:15 Dynamic Memory Allocation Using Malloc And Free Functions In C
• 37:00 Basic Traversal Techniques for Singly Linked Lists in Programming
• 44:36 Performing a linear search operation inside a linked list
• 57:56 Inserting a new node at a specific given position
• 1:03:32 Inserting a node after a specific element in lists
• 1:10:02 Deleting a node from the beginning of linked lists
• 1:25:56 Introduction to doubly linked list and its node structures
• 1:41:30 Real World Applications And Introduction To Circular Linked Lists
• 2:13:42 Converting Polynomials Into Linked Lists Using C Programming Language

Original Output

0:00 Complete Introduction to Data Structures and One Shot Revision Plan
2:03 Detailed Architecture and Operations of Doubly Linked Lists Explained
12:03 Understanding Different Types Of Circular Linked Lists In Data Structures
23:15 Dynamic Memory Allocation Using Malloc And Free Functions In C
37:00 Basic Traversal Techniques for Singly Linked Lists in Programming
44:36 Performing a linear search operation inside a linked list
57:56 Inserting a new node at a specific given position
1:03:32 Inserting a node after a specific element in lists
1:10:02 Deleting a node from the beginning of linked lists
1:25:56 Introduction to doubly linked list and its node structures
1:41:30 Real World Applications And Introduction To Circular Linked Lists
2:13:42 Converting Polynomials Into Linked Lists Using C Programming Language

Timestamps by StampBot 🤖
(606-data-structure-i-u-1-part-2-i-linked-lists-i-one-shot-i-by-d)

Unprocessed Timestamp Content

0:00 Introduction to Data Structures and One Shot Revision Plan
1:33 Exploring Singly Linked Lists and Their Node Structures
1:50 Understanding Array Applications and Basic Data Structure Concepts
2:03 Detailed Architecture and Operations of Doubly Linked Lists
2:23 Introduction to Circular Linked Lists and Final Concepts
5:27 Transitioning from Static Arrays to Dynamic Linked Lists
12:03 Advantages of Linked Lists in Insertion and Deletion Operations
14:53 Understanding Different Types Of Circular Linked Lists In Data Structures
17:02 Detailed Comparison Between Arrays And Linked Lists For Efficient Programming
23:15 Basic Structure Implementation And Pointer Usage In C Programming Language
25:55 Dynamic Memory Allocation Using Malloc And Free Functions In C
28:44 Writing Code To Create Nodes For A Singly Linked List
29:39 Understanding the Creation and Structure of Singly Linked Lists
33:19 Detailed Code Implementation for Creating Singly Linked Lists
37:00 Basic Traversal Techniques for Singly Linked Lists in Programming
40:20 Counting Nodes and Analyzing Positive Negative Values in Lists
44:36 Performing a linear search operation inside a linked list
47:45 Understanding the basic concept of inserting at the beginning
51:45 Process of traversing and inserting a node at the end
54:48 Inserting a new node at a specific given position
57:45 Checking for valid and invalid positions during linked list insertion
1:00:12 Inserting a node after a given position in lists
1:03:36 Inserting a node after a specific element in lists
1:06:35 How to insert a node before a given position
1:10:02 Deleting a node from the beginning of linked lists
1:12:33 Deleting the last node of a singly linked list
1:14:18 Understanding Deletion From A Specific Position In Singly Linked Lists
1:18:48 Detailed Explanation Of Deleting A Node Before A Given Position
1:26:18 Writing Pseudo Code To Concatenate Two Separate Linked Lists Together
1:27:42 Exam Implementation Of C Function For Concatenating Linked Lists
1:29:09 Understanding the core concept of singly linked list deletion
1:31:29 Introduction to doubly linked list and its structures
1:33:16 Accessing nodes in both directions within doubly linked lists
1:35:27 Traversing through doubly linked list using temporary pointers
1:37:56 Inserting a new node at the beginning of the list
1:40:13 Appending a new node at the end of the list
1:42:16 Inserting a node at a specific position in the list
1:43:56 Understanding How Insertion Works In A Doubly Linked List
1:46:55 Explaining The Deletion Process From The Beginning Of List
1:53:49 Detailed Explanation Of Deleting Nodes From A Specific Position
1:57:15 Comparing Advantages And Disadvantages Of Doubly Linked Lists
1:58:34 Real World Applications And Introduction To Circular Linked Lists
1:58:50 Understanding Circular Linked Lists And Tail Pointer Implementation Details
2:03:03 Traversing A Circular Linked List And Printing Node Data
2:08:15 Inserting Nodes At The Beginning Of Circular Linked Lists
2:13:36 Introduction To Polynomial Representation Using Linked Lists In C
2:13:44 Adding Two Polynomials Represented As Linked Lists Step By Step
2:13:57 Introduction to linked list and polynomial representation concepts thoroughly explained
2:15:32 Understanding polynomial addition logic and three distinct comparison cases
2:19:21 Handling remaining nodes and looping through individual linked lists
2:21:42 Writing complete C programs for polynomial addition and traversal
2:27:00 Exploring overflow and underflow conditions in dynamic linked lists
2:28:40 Understanding Recursive Function Logic For Linked List Node Traversal
2:29:36 Executing Print Operations In Reverse Order Using Recursion
2:30:48 Converting Polynomials Into Linked Lists Using C Programming

Timestamps by StampBot 🤖
(606-data-structure-i-u-1-part-2-i-linked-lists-i-one-shot-i-by-d)