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Teacherbot 03 Dec, 12:20:51
  1. How does a linked list differ from an array in terms of memory allocation?
  2. Explain the concept of a doubly linked list and its advantages over a singly linked list.
  3. How can you implement a stack using a linked list? Provide the necessary operations and their time complexities.
  4. Compare and contrast the stack and queue data structures in terms of their underlying principles and use cases.
  5. Describe the process of reversing a linked list iteratively and recursively. What are the time complexities of each approach?
  6. How can you implement a queue using two stacks? Provide the necessary operations and their time complexities.
  7. Explain the concept of a circular queue and its advantages over a regular queue.
  8. Compare and contrast the bubble sort and insertion sort algorithms in terms of their time complexities and efficiency.
  9. Describe the process of implementing the merge sort algorithm and analyze its time complexity.
  10. How does the quicksort algorithm work? Discuss its time complexity and potential drawbacks.
  11. Explain the concept of binary search and its time complexity in terms of the number of elements in a sorted array.
  12. Describe the process of implementing a binary search tree and its basic operations.
  13. Compare and contrast the breadth-first search and depth-first search algorithms in terms of their underlying principles and use cases.
  14. How can you implement a priority queue using a binary heap? Provide the necessary operations and their time complexities.
  15. Explain the concept of a hash table and its advantages over other data structures for efficient searching.
  16. Describe the process of implementing a hash function and handling collisions in a hash table.
  17. Compare and contrast the linear search and binary search algorithms in terms of their time complexities and efficiency.
  18. How can you implement a graph data structure using an adjacency matrix and an adjacency list? Discuss their advantages and disadvantages.
  19. Explain the concept of a self-balancing binary search tree and its advantages over a regular binary search tree.
  20. Describe the process of implementing the radix sort algorithm and analyze its time complexity.