This folder contains solutions to LeetCode challenges that leverage [Linked List] to solve problems efficiently. Each problem in this category is documented with a description of the approach, solution code, and an analysis of time and space complexity.
- Purpose: To provide optimized solutions using [Linked List].
- Contents: Each problem solution is accompanied by:
- Problem Description: A brief explanation of the challenge.
- Solution: The code implementation using [Linked List].
- Complexity Analysis: Insights into time and space complexity.
| Problem | Difficulty | Time Complexity | Space Complexity |
|---|---|---|---|
| Merge Two Sorted Lists | 🟢 Easy | O(n+m) | O(1) |
| Reverse Linked List | 🟢 Easy | O(n) | O(1) |
| Linked List Cycle | 🟢 Easy | O(n) | O(1) |
Note: The list of problems is organized in this README to make it easier to find examples of challenges that use [Linked List] effectively.
- Browse the problems: Review the table above to locate challenges by name, difficulty, or complexity.
- Explore the solutions: Click on a solution link to see the markdown file with the full problem description, code, and complexity breakdown.
Using [Linked List] offers advantages like:
- Efficiency: Solving problems faster by focusing on optimal Linked List usage.
- Scalability: Reducing resource needs in complex problem scenarios.
This folder will be updated as new [Linked List]-based problems are solved and added to this collection. Stay tuned for more!
If you find these solutions helpful or have alternative approaches to suggest, feel free to contribute or discuss!
Happy Coding!