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🎯"Maximum Difference Between Adjacent Elements in a Circular Array" LeetCode 3423 (C++ | JavaScript | Python)
- LeetCode problem 3423 focuses on finding the maximum absolute difference between adjacent elements in a circular array.
- The task involves considering the circular nature of the array, including the first and last elements as adjacent.
- The strategy includes initializing the answer with the absolute difference between the first and last elements and then iterating through to find the maximum absolute difference between adjacent elements.
- C++ solution involves iterating through the array elements and updating the maximum absolute difference.
- JavaScript solution follows a similar approach to find the maximum adjacent difference.
- Python solution uses a loop to calculate the maximum adjacent difference.
- Test cases demonstrate the correctness of the solutions for various input arrays.
- The time complexity for the solutions is O(n) as they traverse the array once, while the space complexity is O(1) due to constant extra space usage.
- This problem helps in understanding circular connections and edge conditions, offering a simple yet effective way to find adjacent element differences.
- It serves as a good exercise for beginners and emphasizes clean coding practices.
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