c++
Let's say sub_root is a node in a given binary search tree. Write a code segment to find the immediate successor of the sub_root
node *successor = sub_root->right; while (successor->left != NULL) { successor = successor->left; } // at the end of this code segment, this successor points to the successor of sub_root node.
c++ Let's say sub_root is a node in a given binary search tree. Write a code...
Given a binary search tree and a value k, implement a function to find the node in the binary search tree whose value is closest to k. Write the program in Java Syntax: int lookup(Node node)
Let x be an internal node in a binary search tree and y its successor in the infix tree-traversal (then x.key cannot be maximal). Show that either x.right = null and y.left ≠ null, OR x.right ≠ null and y.left = null. (if provide pseudo-code, use Python)
An in-order tree walk of an n-node binary search tree can be implemented by finding the minimum element in the tree with TREE-MINIMUM and then making n-1 calls to TREE-SUCCESSOR. Prove that this algorithm runs in Θ(n) time.
In C++ Given a pointer to the root of a binary search tree (has left, right, and parent pointers as well as a data section ) write a function (or functions) which will return an STL list (you should not define this class, it’s already included) with all of the values from the tree in sorted order. Your code should run in theta(N) time. for the second part,.given a pointer to the first node of a linked list, you are...
A collection of nodes is arranged as a binary search tree ordered on the field INFO which contains distinct positive integers for each of the nodes. In addition to INFO, LLINK and RLINK, each node has three other fields CLASS SUCC and PRED CLASS is an information field containing a single letter that denotes the class to which the node belongs (there being up to 26 classes). The nodes in each class are arranged as a doubly-linked circular list with...
Given the follow Binary Search Tree (AVL Tree). Show the
balance factor for each node. Is this binary tree balanced? If not
which nodes would have to be removed to make it balanced?
In c++ language write the code that moves binary search tree elements into a stack in post order but without printing it
Recall that in a binary search tree, at every node, all elements to the left of the node have a smaller key, and all elements to the right of a node have a larger key. Write a program called that takes two parameters: a pointer to a binary search tree node, and an int parameter called min which will print all the elements bigger than the specified value, min. Your program should allow the user to enter data (integer) from...
Write an algorithm that will check if a tree is a binary search tree. If a tree is not a binary search tree, then it will repair it to make it one. (a) Write pseudo-code for both functions. (b) What is the running time for your algorithm?
Binary Search Tree Part A: The code attached in this document is a sample code to demonstrate insert operation in binary search tree. Please fill in the missing part for the insert method to make the program work. The expected output should be as follows. 20 30 40 50 60 70 80 Part B: Find Lowest Common Ancestor (LCA) of a Binary Search Tree. According to WikiPedia definition , The lowest common ancestor is defined between two nodes v and...