`Hey,
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TREE AFTER DELETING 62 FROM 5 IS
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answer number 7 5. Draw the binary search tree that would result from inserting the following...
Draw the binary search tree that would result from inserting the following data in the order listed into an initially empty tree 37, 19, 11, 64, 16, 73, 25, 8, 70
Consider the binary search tree created by inserting to empty tree the data in the following order: 15, 16, 4, 7, 2, 1, 3, 8, 10
Tree & Hash Table & Heap Use the following integer keys 73, 58, 91, 42, 60, 130, 64, 87 to perform the followings: a) Binary Search Tree - Draw a binary search tree - Retrieve the integers keys in post-order - Retrieve the integers keys in pre-order - Draw a binary search tree after node 58 is deleted b) Create a Hash Table using the methods described below. Show the final array after all integer keys are inserted. Assumes that...
3. (8 points) Using the implementation of binary search tree operations we discussed in class, draw the trees that result from the following operations: (a) Inserting 142, 400, 205, 127, 100, 320, 160, 141, and 110 into an initially-empty tree (in that order). (b) Deleting 142 from the tree you drew for part (a). 4. (8 points) Draw the unique binary tree that has a preorder traversal of 4, 1, 6, 3, 7, 5, 9, 2, 8 and an inorder...
Suppose you started with an empty binary search tree. We've seen previously that inserting the keys 1, 2, 3, 4, 5, 6, 7 (in that order) would lead to a binary search tree whose shape we called degenerate. Propose a second ordering of the same keys that would also lead to a degenerate-shaped binary search tree. If possible, propose a third ordering of the same keys that would also lead to a degenerate-shaped binary search tree. If there are no...
Name (print): Instruction: Answer all the questions. 1. Show the result of inserting 4,2, 5, 7, 10, 3,6, 8 into an initially empty binary search step by step illustration when each number is inserted, starting from 4. [5 points) tree. Show a 2. Show the result of deleting the root. [2 points] Spring 2019 CS 291 Computer Science II 3. Give the prefix, infix, and postfix expressions corresponding to the tree below: 13 points] Prefix expression: Infix expression:
Draw the tree resulting from inserting the following values into a binary search tree in order without re-balancing: 40, 10, 60, 30, 20, 90, 70, 50 Null pointers can be omitted as long as it is clear whether a single child is a left or right child. THEN For every node in the tree, the values that can be in the subtree rooted at that node are constrained by ancestors to be in some range of integers. The root (the...
braw the binary min heap that results from inserting 8, 7, 3, 2, 4, 6, 9, 5, 1 in that order into an initially empty binary min hea p. Show final tree and the array representation of the heap. No need to show the intermediate work. 0 5 6 8 10 12 9. Consi der the binary heap shown below. What would the heap look like after deleteMin operation is performed? Show your work. 13 28 44 61 60 68...
R-11.22 Consider the sequence of keys (5, 16, 22,45,2, 10, 18,30,50, 12,1. Draw the result of inserting entries with these keys (in the given order) into a. An initially empty (2,4) tree. b. An initially empty red-black tree R-11.22 Consider the sequence of keys (5, 16, 22,45,2, 10, 18,30,50, 12,1. Draw the result of inserting entries with these keys (in the given order) into a. An initially empty (2,4) tree. b. An initially empty red-black tree
Problem 12.4. For the B-tree in Figure 12.4c, show the result of inserting the key 97. 23|39|51|61|71| 2 10 320 321 3 á as 52 39|60 67 68) 73|35|83|20|95| Solution: Solution for p12.4. goes here