## Check If Given Undirected Graph is a tree

Objective: Given an undirected graph, Write an algorithm to determine whether its tree or not. An undirected graph is a tree if it has properties mentioned below There is no cycle present in the...

Skip to content
# Category: Binary Tree

##
Check If Given Undirected Graph is a tree

##
Check the completeness of given binary tree | Set 2 – Using Level Order Traversal

##
Check the completeness of given binary tree | Set 1 – Using Node Count

##
Count the number of nodes in a given binary tree

##
Convert Binary Tree into Threaded Binary Tree

##
Double Threaded Binary Tree Complete Implementation

##
Single Threaded Binary Tree Complete Implementation

In earlier article “Introduction to Threaded Binary Tree” we have seen what is threaded binary tree, types of it and what advantages it has over normal binary tree. In this article we will see...

##
Introduction to Threaded Binary Tree

##
Convert BST to Greater Sum Tree

##
Get the Sum of all left leaves in a Binary tree

##
Convert binary tree to its Sum tree

##
Binary Tree-Postorder Traversal – Non Recursive Approach

##
Binary Tree – Preorder Traversal – Non Recursive Approach

##
Binary Tree-Inorder Traversal – Non Recursive Approach

##
Delete the Binary Tree

@tutorialhorizon

Objective: Given an undirected graph, Write an algorithm to determine whether its tree or not. An undirected graph is a tree if it has properties mentioned below There is no cycle present in the...

Objective: Given a binary tree, write an algorithm to determine whether the tree is complete or not using Level order traversal. Earlier we had solved this problem by counting the number of nodes in...

Objective: Given a binary tree, write an algorithm to determine whether the tree is complete or not. Complete Binary Tree: A binary tree T with n levels is complete if all levels except possibly...

Objective: Given a binary tree, write an algorithm to count all the nodes in the tree. Example: Approach: Do postorder traversal. If the root is null return 0. (base case all well for the...

Objective: Given a binary tree write an algorithm to convert it into threaded binary tree. Note: Tree node has extra Boolean field to be used. In earlier article “Introduction to Threaded Binary Tree” we...

In earlier article “Introduction to Threaded Binary Tree” we have seen what is threaded binary tree, types of it and what advantages it has over normal binary tree. In this article we will see...

What is Threaded Binary Tree?? A binary tree is threaded by making all right child pointers that would normally be null point to the inorder successor of the node (if it exists), and all left child pointers...

Objective: Given a binary search tree (BST), convert it into greater sum tree. What is greater sum tree: Greater sum tree is a tree in which every node contains the sum of all the...

Objective: Given a binary tree, find the sum of all the nodes which are left as well as leaves nodes. Example: Approach: Approach is quite simple. Do the inorder traversal check if...

Objective: Given a binary tree, write an algorithm to convert it into its Sum tree. What is Sum tree: Sum tree of a binary tree, is a tree where each node in the converted...

Objective: Given a binary tree, write a non recursive or iterative algorithm for postorder traversal. Example: Earlier we have seen “What is postorder traversal and recursive algorithm for it“, In this article we will...

Objective: Given a binary tree, write a non recursive or iterative algorithm for preorder traversal. Example: Earlier we have seen “What is preorder traversal and recursive algorithm for it“, In this article we will...

Objective: Given a binary tree, write a non recursive or iterative algorithm for Inorder traversal. Example: Earlier we have seen “What is Inorder traversal and recursive algorithm for it“, In this article we will...

Objective: Given a binary tree, write an algorithm to delete it. This is one of the basic problem in trees. if you are new to trees then this problem will help you build your...

%d bloggers like this: