Linked List Of Strings Forms A Palindrome | GFG POTD | Geeks For Geeks | Problem of the day

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In this video, I walk you through a solution to check if a linked list represents a palindrome. We'll dive into the code step-by-step and explain how it works.
Code Overview:
We'll start by defining a Solution class with a compute method. This method takes the root of a linked list and checks if the linked list is a palindrome. Here's a brief breakdown of the code:
StringBuilder Initialization: We use a StringBuilder to collect the data from each node in the linked list.
Traversal: We traverse the linked list from the root node to the end, appending each node's data to the StringBuilder.
Palindrome Check: After collecting all the data in the StringBuilder, we use two pointers to check if the string is a palindrome. If the characters at the start and end do not match, we return false. If all characters match, we return true.
This method ensures we efficiently check for palindromes with a time complexity of O(n) and a space complexity of O(n).
Topics Covered:
Linked List Traversal
Palindrome Checking
String Manipulation in Java
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