Скачать или смотреть Detect Loop in Linked List | Floyd’s Cycle Detection Algorithm Explained with Proof | DSA

In this video, we’ll solve one of the most important Linked List problems — Detect Loop in a Linked List using the Floyd’s Slow and Fast Pointer (Cycle Detection) Algorithm.

Detect Loop in Linked List | Floyd’s Cycle Detection Algorithm Explained with Proof:
   • Detect Loop in Linked List | Floyd’s Cycle...  

We’ll break it down step-by-step with:
✅ Visual Explanation of how loops form in linked lists
✅ Mathematical Proof of why the two-pointer approach works
✅ Time and Space Complexity Analysis
✅ Clean and Easy-to-Understand Java Code implementation
✅ Common interview questions and edge cases

This is a must-watch for anyone preparing for coding interviews, especially if you’re targeting companies like Amazon, Google, Microsoft, or any FAANG-level tech firm.

Topics Covered:
What is a loop/cycle in a linked list?
Why normal traversal fails to detect loops
Floyd’s Cycle Detection Algorithm (Tortoise and Hare approach)
Mathematical proof and intuition behind the meeting point
Full Java code walkthrough
Time & space complexity
How to remove a loop (bonus insight)

Why Watch This Video:
Explained with animation-style intuition ✨
Covers both logic + math proof (rarely explained clearly)
Perfect for DSA revision and interview prep
Builds the foundation for problems like Find the Start of Loop or Remove Loop

Tags

#DetectLoop #LinkedList #FloydsAlgorithm #CycleDetection #DSA #JavaDSA #CodingInterview #DataStructures #LinkedListProblems #TortoiseAndHare #SlowAndFastPointers #GeeksForGeeks #LeetCode #nullPointer #JavaCoding #DSAinJava