EBK DATA STRUCTURES AND ALGORITHMS IN C
4th Edition
ISBN: 9781285415017
Author: DROZDEK
Publisher: YUZU
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Create a function that takes an array that represent a
Binary Tree and a value and return true if the value is in
the tree and, false otherwise.
Examples
valueInTree (arr1, 5) true
valueInTree (arr1, 9) → false
valueInTree (arr2, 51) → false
Write a function that inserts the nodes of a binary tree into an ordered linked list. Also write a program to test your function.
Create a function that takes an array that represent a
Binary Tree and a value and return true if the value is in
the tree and, false otherwise.
Examples
valueInTree (arr1, 5)
valueInTree (arr1, 9)
valueInTree (arr2, 51)
- true
1 false
false
Chapter 7 Solutions
EBK DATA STRUCTURES AND ALGORITHMS IN C
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- The level of a node in the tree is the number of nodes in the path from the root to the node (including itself). For example, the node 15 in the example tree above has a level of 2. Write a function prune-tree that will take a tree representation as well as an integer level. It will return a new tree containing only nodes that have level not exceeding level. The order of the nodes in the result list should be the same as the original order in the tree. You may assume that level is a non-negative integer. write the program in racketarrow_forwardRewrite the definition of the function searchNode of the class B-tree provided (bTree.h) by using a binary search. Write a C++ code to ask the user to enter a list of positive integers ending with -999, build a b- tree of order 5 using the positive integers, and display the tree contents. Also, ask the user to enter a number to search and display if the number is found in the tree. bTree.harrow_forwardWrite a function f1 that takes the root of a binary tree as a parameter and returns thesum of the nodes which are in the right subtree of the root. You must not consider the valueof the root in the final sum.arrow_forward
- Create a function that rapidly identifies whether any two nodes u and v in a tree T with s as the root node are ancestors or descendants of each other.arrow_forwardWrite a function f1 that takes the root of a binary tree as a parameter and returns the sum of the nodes which are in the left subtree of the root. You must not consider the value of the root in the final sum.arrow_forwardWrite a function f1 that takes the root of a binary tree as a parameter and returns thesum of the nodes, which are the right child of another node. The root of the tree is not achild of any node.arrow_forward
- Given a binary tree, write a function that prints the binary search tree’s nodes level by level, for example the following tree will have the following output statement:1, 2, 3, 4, 5arrow_forwardin c++, write a function to find the height of a specific node in a Binary Search Tree.arrow_forwardpython: In a binary search tree, write another way of function that takes in a root, p, and checks whether the tree rooted in p is a binary search tree or not. What is the time complexity of your function? def is_bst(self, p): root=p def helper(root, l, r): if not root: return True if not (left<root.val and root.val<right): return False return helper(root.l, l, root.val) and helper(root.r, root.val, r) return helper(root, float('-inf'), float('inf'))arrow_forward
- C++ please Please complete Programming Exercise 4, from pages 1402, from chapter 19 from your textbook. Write a function, singleParent, that returns the number of nodes in abinary tree that have only one child. Add this function to the classbinaryTreeType and create a program to test this function. (Note: Firstcreate a binary search tree.)arrow_forwardCreate a function that uses Node * pointing to root of AVL Tree as an input and returns the height of the AVL tree in O(log(n)).arrow_forwardWrite a recursive function called "GetParent" in Binary Search Tree of the given node. You can take as many arguments as you like. Use the following structure definition. struct TNode{ char NodeName[10]; TNode *LeftT, *RightT; } root;arrow_forward
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