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Q: What is an example of Balanced and unbalanced tree map for direction?
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Is a bike leaning against a tree a balanced or unbalanced?

balanced


Why is force unbalanced when an apple is on a tree?

It's not. If the forces on an apple were unbalanced, then the apple would accelerate. As long as the apple is on the tree, the downward force of gravity is balanced by the upward tension in the stem. When the upward tension in the stem goes away, the forces are no longer balanced, and the apple accelerates in the direction of the remaining unbalanced net force. It continues accelerating in that direction until it hits the ground, whereupon the ground begins to provide an upward normal constraint force, which once again balances the force of gravity, and the acceleration ceases. All of this takes place without the slightest awareness on the part of the apple.


When an apple falls from a tree what force pulls it down what are the balanced and unbalanced forces at work?

Pull of gravity pulls it. Other forces - Air resistance and drag


What is balanced binary search tree?

A balanced tree is a tree which is balanced - it has roughly the same height on each of its sub-nodes. A balanced tree will have the lowest possible overall height.For example, a balanced binary search tree will have equal heights (plus or minus one) on the left and right sub-trees of each node. This ensures that operations on the tree always are guaranteed to have O(lg n) time, rather than the O(n) time that they might have in an unbalanced tree.Certain tree algorithms are designed for ensuring that the tree stays balanced at all times, while maintaining the O(lg n) time for all operations. Such algorithms, such as red-black trees, AVL trees, and others, are generally used in standard library implementation of binary search trees.


Which tree is efficient for time and space complexities?

balanced. for example, if it is true for any node, that: -1 <= height (left_side) - height (right_side) <=1 then the tree is fairly well balanced


What is Efficiency of Binary Search tree operations?

If it is an unbalanced binary tree, O( ln( n ) / ln( 2 ) ) is best-case. Worst case is O( n ). If it is balanced, worst case is O( ln( n ) / ln( 2 ) ).


How and when does a tree becomes a conductor of lightning?

during a thunderstorm, the electric charge built up in the clouds becomes unbalanced. to become balanced again it disperses the energy to whatever it is closest to or a good conductor. (such as a lightning rod or a tree) sort of like a giant static shock.


Is a bike leaning against a tree a balanced force?

balanced


What is the full form of avl tree?

Adelson-Velskii and Landis (balanced binary tree)


How lead can be balanced in soil mining?

coneservetion of tree


Where to insert an element in binary tree if two nodes are equal in size?

Same as if two nodes are NOT equal in size. Size of nodes has nothing to do where to insert a new element. The insertion should be applying the search algorithm of that binary tree (so the new inserted element maybe found later). For balanced (in size) binary tree, the above still applied, because 50% of the time the tree is unbalanced (a binary tree with even number of elements is not balanced). Plus, those 2 nodes, may not be the "right" and "left" nodes of a given one, so 2 nodes equals in size has nothing to do with the way the elements being inserted into a binary tree.


What are disadvantages of AVL tree?

The advantage of an AVL tree is that it is always balanced, guaranteeing the O(lgn) speed of the Binary Search algorithm. The disadvantages the complex rotations used by the insertion and removal algorithms needed to maintain the tree's balance.