LeetCode 132: Palindrome Partitioning II | C# Solution | Dynamic Programming |

📝 In this video, we'll solve the "Palindrome Partitioning II" problem using C#. Learn how to find minimum cuts needed for palindrome partitioning using DP!

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🎯 Problem Difficulty: Hard
⏱️ Time Complexity: O(n²)
💾 Space Complexity: O(n²)

🔍 Key Concepts Covered:

Dynamic Programming
Palindrome Properties
State Transitions
Cut Minimization
C# Implementation

💡 We'll cover:

Two DP approaches
Palindrome checking
Cut optimization
Common pitfalls
Interview strategies

📚 Related LeetCode Problems:

Palindrome Partitioning (LC-131)
Palindrome Partitioning III (LC-1278)
Palindrome Partitioning IV (LC-1745)
Longest Palindromic Substring (LC-5)

#datastructures #algorithms #dp #palindromes
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🎓 Perfect for:

C# developers
DP mastery
Interview preparation
Hard problems

⭐️ Complete C# Solution:

☕ Support the Channel:

💻 Prerequisites:

Dynamic Programming
Palindrome concepts
String manipulation

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#palindromeproblems #dpoptimization #algorithmstudy

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💬 Questions? Drop them in comments!

[code-scribbler]

💻 Full Solution Code Available!
You can find the complete C# implementation for this problem on GitHub:

🔍 Got Questions?
If any part of the solution needs clarification or if you have alternative approaches, drop a comment below! I’ll be happy to discuss.

📢 Request Alert!
Want me to cover a specific LeetCode problem next? Let me know which one in the comments!
P.S. Don’t forget to check the video description for additional resources and related problems!
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