Find Minimum Time to Reach Last Room I - LeetCode 3341 | Dijkstra Algorithm |Java Solution |Daily

In this video, we solve LeetCode 3341 - "Find Minimum Time to Reach Last Room I" using Dijkstra’s Algorithm with a priority queue in Java.

🔍 **Problem Summary**:
You're given a grid `moveTime` where each cell has a time constraint. Starting from the top-left corner, you can move in four directions but can only enter a cell after its `moveTime`. Your task is to find the minimum time to reach the bottom-right cell.

🚀 **What You’ll Learn**:
- How to approach grid problems as graph problems.
- Why Dijkstra’s Algorithm is better than BFS here.
- Step-by-step explanation with dry-run and Java code walkthrough.
- Time and space complexity analysis.

📚 **Topics Covered**:
✔️ Dijkstra's Algorithm
✔️ Priority Queue in Java
✔️ Grid traversal with time constraints
✔️ LeetCode Graph Problems

💬 **Comment below** if you want the Python/C++ version or have any doubts!

🔥 **Subscribe for daily LeetCode solutions**:
@MannSeCoding

#LeetCode3341 #DijkstraAlgorithm #JavaCoding #LeetCodeSolutions #GraphProblems #MannSeCoding #CompetitiveProgramming #JavaDSA #interview