Make BST of the following sequence and Traverse tree in all type of traversals. 68 ,45, 36, 76, 23, 89, 115, 98, 39, 27, 32, 12, 10, 2, 123 (i) Calculate Number of nodes at this and Previous level from above tree. (ii) What would be the degree, height, depth and Level of the tree. (iii). Identify the terminal nodes and Predecessor of Node 115.

Q: (a) Draw all binary trees with n nodes that satisfy the balance requirement of AVL trees. Assume m=…

A: SOLUTION -   (A)  Below is All the Binary Tree with n nodes (with n = 1,2,3,4and 5) and will satisfy…

Q: The internal path length is used to measure the cost of a successful search, while the external path…

A: Hey, since multiple sub part questions posted, we will answer first three questions according to our…

Q: In pyhton please Explore a specific way to delete the root node of the Binary Search Tree (BST)…

A: Here is the code to delete a BST's root node and maintain the BST property in python

Q: Explain the process of inorder traversal for the following tree

A: In this traversal method, the left subtree is visited first, then the root and later the right…

Q: Use the following traversals to recreate the original binary tree and then trace the post-order…

A: Find the answer given as below :

Q: 1 PLEASE QUESTION 1: (a) Draw a binary search tree (BST) after the insertion of keys: 8, 3, 2, 1,…

A: Dear Student, The answer to your question is given below -

Q: (a) (b) Consider the following binary tree traversals: preorder: YEBAM DILRXTSOU inorder:…

A: The orders given:- In-order traversal:-  A B M E I D Y X R T L O S U Preorder traversal:-  Y E B A M…

Q: Question 3. Tree traversal. Answer the following questions based the given tree. a) Determine the…

A: The above question is solved in step 2 :-

Q: f) What is the maximum width of the tree? g) What is the height of the tree? h) What is the diameter…

A: Binary tree:- The binary tree is rooted in tree that is also an ordered tree and every node has at…

Q: 6. Consider the following binary tree. 3 5 LO 5 8 1 2 10 1 7 6 a) List the nodes visited with a…

A: According to Bartleby Guidelines we need to answer only three sub questions so I have answered first…

Q: Use the traversal method  (pre order )  draw the bst  (binary search tree ) of the number . Don't…

A: Given,   The nodes of the binary search tree in pre-order traversal: 99, 34, 90, 43, 3, 11, 91, 64,…

Q: 1. Given the BST tree below, fill in the values in the table. 0002 0005 0017 0005 0021 Height of…

A: We are given a BST (Binary Search Tree) tree and we are asked few questions related to it. In BST,…

Q: 1. Given the BST tree below, fill in the values in the table. 0002 0005 0005 Height of tree 0017…

A: We are given a BST (Binary Search Tree) tree and we are asked few questions related to it.In BST,…

Q: For the following two lists, construct AVL trees by inserting the respective elements successively,…

A: a) Empty AVL Tree Insert 1:   1  /Empty Insert 2:   1    \     2     /  Empty Insert 3:     2    / \…

Q: 17 65 84 94 98 Node 84 is to be removed from the above BST Tree. The first step is to find the…

A: Here in this question we have given a BST and we have asked to remove node 84 from the BST and also…

Q: Please according to the Binary tree as follows and write the traversal sequence by different…

A: Preorder traversal: In preorder traversal, the root node is first visited, then Left subtree and…

Q: Explore a specific way to delete the root node of the Binary Search Tree (BST) while maintaining the…

A: The steps below can be used to remove the root node of a Binary Search Tree (BST) while keeping the…

Q: pass # nothing to remove else if x.key root.item.key: root.right <- TREE-DELETE (root.right, x) #…

A: Answer: I have given answered in the handwritten format in brief explanation.

Q: Identify imbalance and rebalance the following BST into an AVL tree. Assume the node with key 2 was…

A: Summary: In this question, we have given one BST (Binary Search Tree), that is not balanced…

Problems on amortized analysis

Amortized analysis is a technique used to perform micro-level analysis of an algorithm's complexity or resource (time and memory) consumption. It is used for analyzing the time efficiency of data structures that support many operations such as stacks and heaps.Operations supported by stack include push, pop, multi push, and multi pop while operations supported by heap are inserted, delete, extract-min, and so forth. It focuses on the sequence in which these operations are executed and therefore, provides an accurate cost estimation.