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🔁LeetCode 3423 - Max Adjacent Difference in Circular Array | Java Solution Explained | TheCodeCombat

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Welcome to **TheCodeCombat** ⚔️
In this video, we break down **LeetCode 3423 - Maximum Difference Between Adjacent Elements in a Circular Array** using **Java**.
You'll learn:
- How to handle **circular adjacency**
- How to apply **absolute difference logic**
- Clean and efficient code walkthrough
- Edge case handling
A great problem for beginners and interview prep focused on **arrays**, **modular thinking**, and **logic building**.
🔵 **Problem Link**:
🟢 **Topics Covered**:
- Arrays
- Absolute Difference
- Circular Array Logic
- Java Programming
---
💬 Have any questions or alternate approaches? Drop them in the comments!
📌 Don't forget to **LIKE**, **SHARE**, and **SUBSCRIBE** to support the channel and join TheCodeCombat! ⚔️
---
#TheCodeCombat #LeetCode3423 #JavaSolution #CircularArray #LeetCodeEasy #CodingInterview #DSA #JavaCoding
In this video, we break down **LeetCode 3423 - Maximum Difference Between Adjacent Elements in a Circular Array** using **Java**.
You'll learn:
- How to handle **circular adjacency**
- How to apply **absolute difference logic**
- Clean and efficient code walkthrough
- Edge case handling
A great problem for beginners and interview prep focused on **arrays**, **modular thinking**, and **logic building**.
🔵 **Problem Link**:
🟢 **Topics Covered**:
- Arrays
- Absolute Difference
- Circular Array Logic
- Java Programming
---
💬 Have any questions or alternate approaches? Drop them in the comments!
📌 Don't forget to **LIKE**, **SHARE**, and **SUBSCRIBE** to support the channel and join TheCodeCombat! ⚔️
---
#TheCodeCombat #LeetCode3423 #JavaSolution #CircularArray #LeetCodeEasy #CodingInterview #DSA #JavaCoding