![]() So now print the value of all nodes inorder traversing. ![]() In the recursive approach as we discuss above, the first call recursively left child node until getting NULL value then get node value and then call recursively right child node until getting NULL. Let us take the below binary tree and traverse all nodes in Inorder traversing using recursive and iterative methods. Now Let’s understand both approaches with an example. In the recursive approach, the traversal node stores in the stack memory of the machine whereas in the iterative approach stack data structure is used for storing the traversal node.Then visit the root node, then traverse the right subtree of every node. To perform Inorder traversing, traverse left subtree until getting leftmost node.Inorder traversing is one of the traversing techniques to get all nodes of a binary tree, In inorder traversing, the left subtree is processed before the current node and the right subtree is after the current node.How Inorder traversal of binary tree works? In the iterative approach, create a stack and push the nodes until we find NULL in the left child then pop in the stack accordingly. In the recursive approach, start from the root node, the first call recursively left child node until we get NULL then get the current data, and then call right subtree until we get NULL. ![]() There are two ways to perform Inorder traversal: The root node in Inorder traversal always calls between the left subtree and right subtree. In Inorder traversal, traversal starts from the leftmost node of the binary tree and ends with a rightmost node of a binary tree. Hadoop, Data Science, Statistics & othersġ.
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