A heap is a complete binary tree, and the binary tree is a tree in which the node can have the utmost two children.
A complete binary tree is a binary tree in which all the levels except the last level on bottom should be completely filled across,
and all the nodes should be left-justified. Root node is on top at level 1. Leaf node(s) have zero children.
Assignment: Use array arr = { 59, 38, 1, 90, 8, 26, 83 } to build a heap working top down, left to right. Show your illustrated tree.
Upload your work. (Picture of hand drawing is fine.)
A complete binary tree is a binary tree in which all the levels except the last level on bottom should be completely filled across,
and all the nodes should be left-justified. Root node is on top at level 1. Leaf node(s) have zero children.
Assignment: Use array arr = { 59, 38, 1, 90, 8, 26, 83 } to build a heap working top down, left to right. Show your illustrated tree.
Upload your work. (Picture of hand drawing is fine.)
Answer & Explanation
A heap is a complete binary tree, and the binary tree is a tree in which the node can have the utmost two children.A complete binary tree is a binary tree in which all the levels except the last level on bottom should be completely filled across,a
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Step-by-step explanation
nd all the nodes should be left-justified. Root node is on top at level 1. Leaf node(s) have zero children.
Assignment: Use array arr = { 59, 38, 1, 90, 8, 26, 83 } to build a heap working top down, left to right. Show your illustrated tree.
Upload your work. (Picture of hand drawing is fine.)
The array { 59, 38, 1, 90, 8, 26, 83 } can be represented as a heap as follows:
Level 1: 59
Level 2: 38, 1
Level 3: 90, 8, 26, 83
The root node is at Level 1 and the leaf nodes are at Level 3.