Question: Define size and height (see Exercise 8.10) for rooted ternery trees (RTT) and rooted trees (RT). (a) Prove: For any rooted ternary tree (RTT)

Define size and height (see Exercise 8.10) for rooted ternery trees (RTT) and rooted trees (RT). (a) Prove: For any rooted ternary tree (RTT) 7, size(7) (3height(7)+1-1)/3. Find such a bound for the size of a rooted tree (RT) in terms of its height or explain why there isn't one. (b) Prove: For any rooted ternary tree (RTT), size(7) height(7) + 1. Find such a bound for the size of a rooted tree (RT) in terms of its height or explain why there isn't one. (c) Prove: For any rooted full ternary tree (RFTT), size(7) 23 x height(7) +1.
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Lets break down each part of the question a Prove For any rooted ternary tree RTT T sizeT 3heightT 1 3 To prove this inequality we can use mathematica... View full answer
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