Full Binary Tree in Data Structures

A Full Binary Tree is a special type of binary tree in which every node has either 0 or 2 children. This means every node is either a leaf node (with no children) or has exactly two children. The structure of this tree is very organized and easy to analyze mathematically.

Perfect Binary Tree, Complete Binary Tree, Balanced Binary Tree.

Efficient Searching, Fast Insertion and Deletion, Hierarchical Data Storage, and Space Efficiency.

Complexity, Not Suitable for Large Data (can consume a lot of memory), and Deletion issues that may require rebalancing.

Huffman Coding Tree, Merkle Tree (in cryptography), and Heaps.

The provided Python code defines a `Node` class and a function `is_full_binary_tree(root)` that recursively checks if a given binary tree is a full binary tree. It returns `True` if every node has 0 or 2 children, and `False` otherwise.