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Problem: Inorder Successor in BST

med
30 min
Understand how to identify the inorder successor of a node in a binary search tree by returning the node with the smallest value greater than the given one. This lesson guides you through problem analysis, constraints, and provides hands-on practice to implement and test your solution efficiently.

Statement

You are given the root node of a binary search tree and a specific node p. Your task is to return the inorder successor of this p node. If there is no inorder successor of the given node, return NULL.

Note: The inorder successor of p is the node with the smallest value greater than p.data in the binary search tree.

Constraints:

  • The tree contains nodes in the range [1,500][1,500].

  • 104-10^4 \leqNode.data 104\leq 10^4

  • All Nodes will have unique values.

  • p should exist in the tree.

Tap here to switch tabs
Problem
Ask
Submissions

Problem: Inorder Successor in BST

med
30 min
Understand how to identify the inorder successor of a node in a binary search tree by returning the node with the smallest value greater than the given one. This lesson guides you through problem analysis, constraints, and provides hands-on practice to implement and test your solution efficiently.

Statement

You are given the root node of a binary search tree and a specific node p. Your task is to return the inorder successor of this p node. If there is no inorder successor of the given node, return NULL.

Note: The inorder successor of p is the node with the smallest value greater than p.data in the binary search tree.

Constraints:

  • The tree contains nodes in the range [1,500][1,500].

  • 104-10^4 \leqNode.data 104\leq 10^4

  • All Nodes will have unique values.

  • p should exist in the tree.