Output: 1 2 3
Output: 1 2 3 4 5
- Perform the inorder traversal of the given Binary Search Tree.
- Add each node in level order to the Binary Tree.
- Finally, print the level order traversal of the created Binary Tree.
Below is the implementation of the above approach:
1 2 3 4 5
- Print a Binary Tree in Vertical Order | Set 3 (Using Level Order Traversal)
- Flatten Binary Tree in order of Level Order Traversal
- Given level order traversal of a Binary Tree, check if the Tree is a Min-Heap
- Density of Binary Tree using Level Order Traversal
- Perfect Binary Tree Specific Level Order Traversal
- Deletion of a given node K in a Binary Tree using Level Order Traversal
- Perfect Binary Tree Specific Level Order Traversal | Set 2
- Check if the level order traversal of a Binary Tree results in a palindrome
- Calculate height of Binary Tree using Inorder and Level Order Traversal
- Check if the given array can represent Level Order Traversal of Binary Search Tree
- Check if value exists in level-order sorted complete binary tree
- Insertion in n-ary tree in given order and Level order traversal
- Level Order Tree Traversal
- Zig Zag Level order traversal of a tree using single queue
- General Tree (Each node can have arbitrary number of children) Level Order Traversal
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