Create a table of variable changes. For example, during pop() operation, show top decreasing from 3 to 2. This proves you understand execution.
These are linear data structures with specific rules for element access. data structures using c vtu notes
| Module | Core Topic | VTU Exam Weightage | Common Question | | :--- | :--- | :--- | :--- | | 1 | Dynamic Memory Allocation | High | Write a C program to create an array of structures dynamically. | | 1 | Big-O Notation | Medium | Find the time complexity of nested loops. | | 2 | Sparse Matrix | Medium | Write a function to transpose a sparse matrix. | | 3 | Infix to Postfix | Very High | Convert A+(B*C-(D/E^F)*G)*H to postfix. | | 3 | Circular Queue | High | Implement a circular queue using arrays. | | 4 | Singly Linked List | Very High | Write a function to reverse a linked list. | | 4 | Doubly Linked List | Medium | Insert a node at a specific position. | | 5 | BST Traversals | Very High | Print inorder, preorder, and postorder recursively. | | 5 | BFS/DFS | Medium | Explain graph traversal with an example. | Create a table of variable changes
Mastering (Subject Code: BCS304 for 2022 Scheme or 21CS32 / 18CS32 for earlier schemes) is a cornerstone of the VTU Computer Science curriculum. These notes provide a structured overview of the syllabus, critical concepts, and exam-oriented topics to help you navigate your 3rd-semester preparation. Module 1: Introduction to Data Structures & Arrays These are linear data structures with specific rules