Never stop talking " STOP the Gaza Genocide "
  • Lesson.No : 11
  • 00:08:55

  • Reverse a linked list using recursion

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Course Lessons

  1. 1- Introduction to data structures
  2. 2- Data Structures: List as abstract data type
  3. 3- Introduction to linked list
  4. 4- Data Structures: Arrays vs Linked Lists
  5. 5- Linked List - Implementation in C/C++
  6. 6- Linked List in C/C++ - Inserting a node at beginning
  7. 7- Linked List in C/C++ - Insert a node at nth position
  8. 8- Linked List in C/C++ - Delete a node at nth position
  9. 9- Reverse a linked list - Iterative method
  10. 10- Print elements of a linked list in forward and reverse order using recursion
  11. 11- Reverse a linked list using recursion
  12. 12- Data structures: Introduction to Doubly Linked List
  13. 13- Doubly Linked List - Implementation in C/C++
  14. 14- Data structures: Introduction to stack
  15. 15- Data structures: Array implementation of stacks
  16. 16- Data Structures: Linked List implementation of stacks
  17. 17- Reverse a string or linked list using stack.
  18. 18- Check for balanced parentheses using stack
  19. 19- Infix, Prefix and Postfix
  20. 20- Evaluation of Prefix and Postfix expressions using stack
  21. 21- Infix to Postfix using stack
  22. 22- Data structures: Introduction to Queues
  23. 23- Data structures: Array implementation of Queue
  24. 24- Data structures: Linked List implementation of Queue
  25. 25- Data structures: Introduction to Trees
  26. 26- Data structures: Binary Tree
  27. 27- Data structures: Binary Search Tree
  28. 28- Binary search tree - Implementation in C/C++
  29. 29- BST implementation - memory allocation in stack and heap
  30. 30- Find min and max element in a binary search tree
  31. 31- Find height of a binary tree
  32. 32- Binary tree traversal - breadth-first and depth-first strategies
  33. 33- Binary tree: Level Order Traversal
  34. 34- Binary tree traversal: Preorder, Inorder, Postorder
  35. 35- Check if a binary tree is binary search tree or not
  36. 36- Delete a node from Binary Search Tree
  37. 37- Inorder Successor in a binary search tree
  38. 38- Data structures: Introduction to graphs
  39. 39- Data structures: Properties of Graphs
  40. 40- Graph Representation part 01 - Edge List
  41. 41- Graph Representation part 02 - Adjacency Matrix
  42. 42- Graph Representation part 03 - Adjacency List