In the tech world, the word “trees” stands for a data structure type. This type of data structure is different from arrays, linked lists, and others. But the most common type of tree used by developers is the binary tree.
You have landed on just the right place to seek all the information about trees and in specific, binary trees.
With help of this article, you will be able to calculate and analyze the top view of the binary tree, the left view of the binary tree, and the right view of the binary tree appropriately.
Do you know the Binary tree and its understanding is a major concept to crack coding interviews and exams?
In this article, we have explained what binary trees are, their types, and their implementation in detail. But before moving straight to the binary trees, let’s talk about trees in brief.
What are trees
Trees are non-linear data structures!
The trees are different from usual data structures due to their hierarchical data storage technique.
Just like a tree, each element in a tree data structure has one or two child nodes resembling the branches of the tree.
Each type of tree comes with three main components for every element they store. It includes data, a pointer to the left node, and another pointer to the right node/child.
But there are various properties of trees such as element storage, placement of nodes, number of nodes, views, data implementation,and others on which you can determine their different types of trees.
One of the major categories of trees based on node placement is binary.
Binary trees are data structures where each element have a maximum of two children attached to it.
Can you think of ways in which binary trees can be further classified into types?
Let’s have a glance at the types of binary trees read full article...
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