A binary tree is full if every non-leaf node has exactly two children. For context, recall that we saw in lecture that a binary tree of height h can have at most 2h+1 - 1 nodes and at most 24 leaves, and that it achieves these maxima when it is complete, meaning that it is full and all leaves are at the same distance from the root. Find v(h), the minimum number of leaves that a full binary tree of heighth can have, and prove your answer using ordinary induction on h. Note that tree of height of 0 is a single (leaf) node. Hint 1: try a few simple cases (h = 0, 1,2, 3,...) and see if you can guess what v(h) is.
A binary tree is full if every non-leaf node has exactly two children. For context, recall that we saw in lecture that a binary tree of height h can have at most 2h+1 - 1 nodes and at most 24 leaves, and that it achieves these maxima when it is complete, meaning that it is full and all leaves are at the same distance from the root. Find v(h), the minimum number of leaves that a full binary tree of heighth can have, and prove your answer using ordinary induction on h. Note that tree of height of 0 is a single (leaf) node. Hint 1: try a few simple cases (h = 0, 1,2, 3,...) and see if you can guess what v(h) is.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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A binary tree is full if every non-leaf node has exactly two children. For context, recall
that we saw in lecture that a binary tree of height h can have at most 2h+1 - 1 nodes and at
most 24 leaves, and that it achieves these maxima when it is complete, meaning that it is full
and all leaves are at the same distance from the root. Find v(h), the minimum number of leaves
that a full binary tree of height h can have, and prove your answer using ordinary induction on
h. Note that tree of height of 0 is a single (leaf) node.
Hint 1: try a few simple cases (h 0, 1,2, 3,...) and see if you can guess what v(h) is.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca5908ae-3dca-4d0e-845d-ea9702ebebc0%2Ff56e0ed7-c8ef-4e2d-9531-7cca94c5db45%2Fs7nsrsy_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1
A binary tree is full if every non-leaf node has exactly two children. For context, recall
that we saw in lecture that a binary tree of height h can have at most 2h+1 - 1 nodes and at
most 24 leaves, and that it achieves these maxima when it is complete, meaning that it is full
and all leaves are at the same distance from the root. Find v(h), the minimum number of leaves
that a full binary tree of height h can have, and prove your answer using ordinary induction on
h. Note that tree of height of 0 is a single (leaf) node.
Hint 1: try a few simple cases (h 0, 1,2, 3,...) and see if you can guess what v(h) is.
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