Question Three A. Given the following Binary Search Tree (BST) 1. Write the pre-order of the nodes visited: 2. What is the height of the tree? 3. Remove the node E from the tree and re-draw the tree after removing the node

Draw a Balanced search tree where keys are 210435. How many comparison operation you performed to insert all keys in your tree. Discuss what are advantages of Balanced Search Trees? When they can be considered in-efficient?

What is the max and min number of levels of a tree with 129 nodes?

Please answer the following questions:1. Which node has the imbalance (i.e., the difference of heights > 1 between its left and right subtree)?Please write the key of that node:       2. Which three nodes are involved? With only one space between nodes, e.g., 1 2 3       3. Which type of imbalance (RR, LL, RL, LR)?

If you are searching for a key in a binary search tree, explain how the shape of the tree affects the efficiency of finding that key.   Thank you!

Use the tree from your assignment 5. Show your solutions. Perform the following operation on the AVL Tree separately. 2. Remove 50. 37 25 50 13

Correct answer will be upvoted else Multiple Downvoted. Don't submit random answer. Computer science. You are given a tree — associated undirected chart without cycles. One vertex of the tree is exceptional, and you need to track down which one. You can pose inquiries in the accompanying structure: given an edge of the tree, which endpoint is nearer to the uncommon vertex, which means which endpoint's most brief way to the extraordinary vertex contains less edges. You need to track down the uncommon vertex by posing the base number of inquiries in the most pessimistic scenario for a given tree.    If it's not too much trouble, note that the exceptional vertex probably won't be fixed by the interactor ahead of time: it may change the vertex to some other one, with the prerequisite of being steady with the recently offered responses.    Input    You are given an integer n (2≤n≤100) — the number of vertices in a tree.    The folloiwing n−1 lines contain two integers every, u and v…

Problem 3. Binary Tree Q4. Given the binary tree on the picture, match the following questions with the answers. If you cannot see the picture, please look at the pdf file BinaryTree.pdf posted under Files/Final. 1 3 4 5 What is the root? 6 7 8 How many nodes in the tree? How many leaves in the tree? 12 9 What is the height of the tree? 15 10 13 17 [Choose ] [Choose ] [Choose ] [Choose ] > > <

Consider the tree structure given below. First complete the tree by replacing the question marks by some capital letters (A B … Z) as you like, so it becomes a binary search tree. Then complete the table below with the order in which the nodes (of the tree you completed) are visited with respect to the given traversals. Note: Do not change the tree structure. But it is totally up to you how you complete the tree as far as it is a binary search tree.