2.5) Find whether Binary Tree satisfies the Children Sum Property or not?
The Children Sum Property states that, for each node in a Binary Tree, the value of the node must be equal to the sum of the values of its left…
Data Structures
2.4) To Print Nodes at K Distance
Given a Binary Tree and an integer value K, write a function to print all the nodes that are at a distance K from the root node.
2.3) Find Height of Binary Tree
Given a Binary Tree, write a function to find and return the height of the tree. The height of a Binary Tree is the maximum number of edges on the…
2.2) Find Maximum value among all nodes in the tree
Write a function to find and return the maximum value among all nodes in the tree.
2.1) Size of Binary Tree
The size of a Binary Tree is the total number of nodes present in the tree. It represents the count of nodes, which includes both internal nodes (with children) and…
1.7) Binary Tree Zig-Zag traversal (Spiral Form Traversal)
Spiral form traversal of a Binary Tree involves traversing the nodes level by level, alternating the direction between left to right and right to left. This creates a "zigzag" pattern…
1.6) Level Order traversal of a Binary Tree
Level Order traversal explores nodes level by level, visiting all nodes at a given level before moving to the next level. This traversal order is useful for tasks like breadth-first…
1.5) Post-Order traversal of a Binary Tree
Post-Order traversal visits nodes of a Binary Tree in the order: Left-Right-Root. This means you start by visiting the left child, then the right child, and finally the current node…
1.4) Pre-Order Traversal of Binary Tree
Pre-Order traversal visits nodes of a Binary Tree in the order: Root-Left-Right. This means you start by visiting the root, then move to the left child, and finally to the…
1.3) In-Order traversal of Binary Tree
In-Order traversal is a way of visiting all nodes of a Binary Tree following a specific order: Left-Root-Right. This means you start from the left child, then visit the root,…