Given an initially empty BST, perform the following sequence of operations on the BST leaves. Each positive value indicates a leaf insertion and each negative value a node extraction. 4 6 10 13 7 18 20 39 16 Report the key of all leaves of the final BST considering them from left to right. Please, report all nodes' keys as a sequence of integer values separated by a single space. No other symbols must be included in the response. This is an example of the response format: 23 4 5 3 etc

Given an initially empty BST, perform the following sequence of operations on the BST leaves. Each positive value indicates a leaf insertion and each negative value a node extraction. 4 6 10 13 7 18 20 39 16 Report the key of all leaves of the final BST considering them from left to right. Please, report all nodes' keys as a sequence of integer values separated by a single space. No other symbols must be included in the response. This is an example of the response format: 23 4 5 3 etc

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Given the following function to update a node in a standard linked list: public boolean update(Node head, int oldValue, int newValue) { if (head == null) return false; while (head != null) if (head.data == oldValue) { head.data = newValue; return true; } else head = head.next; return false; } There may be an error with the code. Answer the following: Design your own linked list of 4 nodes with different values If the code has an error, describe the issue and provide an example of calling the update function with values of your choice and show what the linked list looks like Also, show the code changes you would make to fix the error If the code does not have an error, provide an example of calling the update function with values of your choice and show what the linked list looks like For example, if your linked list was 1 -> 2 -> 3 ->…
Consider the current elements and its indexes in the queue of size 15: {index[00]=102, index[01]=165, index[02]=115, index[03]=384, index[04]=248, index[05]=111}, draw a table (like shown below) the sequence of elements using the operations listed from number 1 to 26 using the queue approach (A) - in shifting the elements one position forward every time an element is deleted. The following are the description of other operations to be used that would result in a QUEUE that contains the elements. IsTopValue – returns the value at the TOP of the queue. IsRearValue – returns the value at the REAR of the queue. IsTopIndex – returns the index of the value at the TOP of the queue. IsRearIndex – returns the index of the value at the REAR of the queue. IsIndexOf – returns the index of the specific value. IsValueOf – returns the value of the specific index. Insert (Q, 12) Dequeue (Q) Dequeue (Q) Insert (Q, 65) Insert (Q, 100) Insert (Q, 43) Dequeue (Q) IsTopValue (Q) Insert (Q, 61) Dequeue…
Exercise 2 Given the following function to update a node in a standard linked list:public boolean update(Node head, int oldValue, int newValue){if (head == null)return false;while (head != null)if (head.data == oldValue){head.data = newValue;return true;}elsehead = head.next;return false;}There may be an error with the code. Answer the following:1) Design your own linked list of 4 nodes with different values2) If the code has an error, describe the issue and provide an example of calling theupdate function with values of your choice and show what the linked list looks likea. Also, show the code changes you would make to fix the error3) If the code does not have an error, provide an example of calling the update functionwith values of your choice and show what the linked list looks likeFor example, if your linked list was 1 -> 2 -> 3 -> 4, and you think there is an error withthis code, you could say something like “the problem with the code is xxx and after callingupdate(3, 5),…
Write a program that inserts the numbers into an initially empty BST such that the treeproduced is equivalent to binary search tree.Insert 15 as a root node then add 1 into 15 to generate 2nd number for insertion, add 2 to the2nd number to generate 3rd number continue adding according to the level of the tree till 5thlevel. Then subtract 1 from root node to generate 7th node Continue subtracting till level of 5thlevelA. The Insert function will only take the root node and construct the entire treeB. Implement a remove function which can remove the 3rd layer numbers from right andleft both sub trees.C. Implement a function to find the number which is nearby to your given age.
If two (2) DFAs have the same number of nodes and the same layout of nodes after completing the minimization, then, the said DFAs are equivalent. That is, the DFAs are map 1-to-1 with respect to their nodes. Therefore, the DFAs are
Assume that the nodes of the singly linked lists are arranged in decreasing order of the exponents of the variable x in order to add the two polynomials.The objective is to create a fresh list of nodes that represents the addition of P1 and P2. This is done by adding the COEFF fields of nodes in lists P1 and P2 that have identical powers of variable x, and then making a new node in the resulting list P1 + P2. The key part of the technique is shown below.The start pointers of the singly linked lists that correspond to the polynomials P1 and P2 are P1 and P2, respectively. Two temporary pointers, PTR1 and PTR2, are created with starting values of P1 and P2, respectively. Make procedural code.
Consider a open bucket hash table and closed bucket hash table in which the keys are student identifiers (strings of 6 digits). Assume the following number of buckets and hash function: m = 100; hash(id) = first two digits of id #. Starting with an empty hash table, show the effect of successively adding the following student identifiers: 000014, 990021, 990019, 970036, 000015, 970012, 970023. Use following function as second hash function hash(id) = last digit of id # Show the effect of deleting 000014 from the hash table. (Java Programming DSA)
Develop an implementation of Page that represents B-tree nodes astext files on web pages, for the purposes of indexing (building a concordance for) theweb. Use a file of search terms. Take web pages to be indexed from standard input. Tokeep control, take a command-line parameter m, and set an upper limit of 10m internalnodes (check with your system administrator before running for large m). Use an mdigit number to name your internal nodes. For example, when m is 4, your nodes namesmight be BTreeNode0000, BTreeNode0001, BTreeNode0002, and so forth. Keep pairsof strings on pages. Add a close() operation to the API, to sort and write. To test yourimplementation, ook for yourself and your friends on your university’s website.
Write a program that inserts the numbers into an initially empty BST such that the tree produced is equivalent to binary search tree. Insert 16 as a root node then add 1 into 16 to generate 2nd number for insertion, add 2 to the 2nd number to generate 3rd number continue adding according to the level of the tree till 5th level. Then subtract 1 from root node to generate 7th node Continue subtracting till level of 5th level. The Insert function will only take the root node and construct the entire tree Implement a remove function which can remove the 3rd layer numbers from right and left both sub trees. Implement a function to find the number which is nearby to your given age
Write a program that inserts the numbers into an initially empty BST such that the tree produced is equivalent to binary search tree. Insert 16 as a root node then add 1 into 16 to generate 2nd number for insertion, add 2 to the 2nd number to generate 3rd number continue adding according to the level of the tree till 5th level. Then subtract 1 from root node to generate 7th node Continue subtracting till level of 5th level. The Insert function will only take the root node and construct the entire tree Implement a remove function which can remove the 3rd layer numbers from right and left both sub trees. Implement a function to find the number which is nearby to your given ageNOTE: Answer is required in JAVA Eclipse
Write a program that inserts the numbers into an initially empty BST such that the tree produced is equivalent to binary search tree. Insert 16 as a root node then add 1 into 16 to generate 2nd number for insertion, add 2 to the 2nd number to generate 3rd number continue adding according to the level of the tree till 5th level. Then subtract 1 from root node to generate 7th node Continue subtracting till level of 5th level. The Insert function will only take the root node and construct the entire tree Implement a remove function which can remove the 3rd layer numbers from right and left both sub trees. Implement a function to find the number which is nearby to your given age The coding is in java make sure to do the remove function and if you can add comments and output sreen it would bhe more helpful
Write a program that inserts the numbers into an initially empty BST such that the tree produced is equivalent to binary search tree. Insert 16 as a root node then add 1 into 16 to generate 2nd number for insertion, add 2 to the 2nd number to generate 3rd number continue adding according to the level of the tree till 5th level. Then subtract 1 from root node to generate 7th node Continue subtracting till level of 5th level. The Insert function will only take the root node and construct the entire tree Implement a remove function which can remove the 3rd layer numbers from right and left both sub trees. Implement a function to find the number which is nearby to your given age Question-2 (b) Draw a binary search tree and AVL tree from the following traversals: {15, 5, 20, 70, 3, 10, 60, 90, 16} Delete 15 and re-draw both Binary Search Tree and AVL Tree drawn in given traversal. Reverse path of Binary Search Tree drawn Convert Binary Search Tree into Binary Tree such that sum of…