Create a Binary Search Tree using the list below: List : Victor, Ralph, Leo, Mya, Eric,...

Create a Binary Search Tree using the list below:

List : Victor, Ralph, Leo, Mya, Eric, Elizabeth, Hester, Damian, Willis, Collin, Keira, Marci, Ashlie, Ressie

List out the tree created by the add order of the list using post-order traversal.

Expert Solution

The construction of the binary search tree of the given list is as follows:-

In post order traversal first we traverse the left sub tree then right sub tree and at last the root node, the post order traversal of the above tree is as follows:-

Ashile, Collin, Domian, Elizabeth, Keira, Hester, Eric, Marci, Mya, Leo, Ressie, Ralph, Willis, Victor.

venereology answered 1 year ago

Binary Tree Create a binary search tree using the given numbers in the order they’re presented....

Binary Tree Create a binary search tree using the given numbers in the order they’re presented. State if the resulting tree is FULL and/or BALANCED. 37, 20, 18, 56, 40, 42, 12, 5, 6, 77, 20, 54

C++ Instantiate a binary search tree object and create such tree using elements of the sequence...

C++ Instantiate a binary search tree object and create such tree using elements of the sequence 8,3,10, 1,6,9, 14, 4,7, 13 with 8 as root of the tree. Find maximum and minimum elements of the tree, successor(10) and predecessor(13), print the inorder, postorder and preorder traversal of the tree.

PYTHON CODING Using the structural node and methods discussed in Binary Search Tree below # Binary...

PYTHON CODING Using the structural node and methods discussed in Binary Search Tree below # Binary Tree Node structure class Node: # Constructor to create a new node def __init__(self, data): self.data = data self.left = None self.right = None class BSTree(): def __init__(self, rootdata): self.root = Node(rootdata) def insert(self, data, cur_node): if data < cur_node.data: if cur_node.left == None: cur_node.left = Node(data) else: self.insert(data, cur_node.left) elif data > cur_node.data: if cur_node.right == None: cur_node.right = Node(data) else:...

Prerequisite Knowledge Understand binary search tree structure Understand binary search tree operations Understand binary search tree...

Prerequisite Knowledge Understand binary search tree structure Understand binary search tree operations Understand binary search tree worst case and best case time. Learning Outcomes Describe AVL tree structure Trace and implement AVL tree operations Explain and prove AVL tree performance

JAVA PROGRAM Create a Binary Search Tree with the following elements in the order mentioned below:...

JAVA PROGRAM Create a Binary Search Tree with the following elements in the order mentioned below: 5, 85, 89, 3, 2, 8, 65, 92 Print the Pre-order of this tree Print the height and the balance factor of the nodes in the order they were inserted (5, 85, 89, 3, 2, 8, 65, 92) in the form of a table with three columns and 9 rows. Use column headers “Node”, “Height”, and “Balance Factor” for the three columns respectively. Use...

Create a Binary Search Tree with the following elements in the order mentioned below: 5, 85,...

Create a Binary Search Tree with the following elements in the order mentioned below: 5, 85, 89, 3, 2, 8, 65, 92 Print the Pre-order of this tree Print the height and the balance factor of the nodes in the order they were inserted (5, 85, 89, 3, 2, 8, 65, 92) in the form of a table with three columns and 9 rows. Use column headers “Node”, “Height”, and “Balance Factor” for the three columns respectively. Use the following...

Create a new project to build a Binary search tree, and do the following: Create a...

Create a new project to build a Binary search tree, and do the following: Create a TreeNode class, Add the methods "Insert" to insert new nodes to the tree. Add the method "inorder". Make the method to return a list of the node elements in inorder. Implement the equals method in the BST. Two BST are equal if they contain the same elements. In the main insert the elements of the tree, call the max method and print the max...

Define a tree. Distinguish between a tree and a binary tree. Distinguish between a binary tree and a binary search tree.

Question - 1 Using the structural node and methods discussed in Binary Search Tree lectures, create...

Question - 1 Using the structural node and methods discussed in Binary Search Tree lectures, create a method for the Binary Search Tree that takes an unsorted input list and constructs a Binary Search Tree based on its values. Any duplicate value will only appear once on the tree. This method outputs a Binary Search Tree structure (not an enumeration of the tree). Discuss method's Big-O notation. Add proper and consistent documentation to identify code sections or lines to clearly...

Question 2: Create a method (sortTraversal) for a Binary Search Tree that prints out the Binary...

Question 2: Create a method (sortTraversal) for a Binary Search Tree that prints out the Binary Search Tree in ascending or deceasing order. The order type is an input to the method and can be "ascending" or "descending". The ascending input would return the node values of the tree beginning with the smallest and ending with the largest, descending returns the opposite. Discuss method's Big-O notation. Add proper and consistent documentation to identify code sections or lines to clearly identify...

Question