) What are the best, worst, and average case runtimes for finding the smallest element in an unsorted array? Explain. (b) If you know that a binary tree is full, compare the complexity of finding the number of elements in the binary tree with finding the number of elements in a perfect binary tree. Explain. (c) Hash tables are normally very efficient - often O(1) with a good hash function. However, hash tables are not always the best choice. When would it be better to choose a different data representation? Explain. (d) In what cases would an array representation of a binary tree be more efficient than a node representation? Explain.

) What are the best, worst, and average case runtimes for finding the smallest element in an unsorted array? Explain. (b) If you know that a binary tree is full, compare the complexity of finding the number of elements in the binary tree with finding the number of elements in a perfect binary tree. Explain. (c) Hash tables are normally very efficient - often O(1) with a good hash function. However, hash tables are not always the best choice. When would it be better to choose a different data representation? Explain. (d) In what cases would an array representation of a binary tree be more efficient than a node representation? Explain.

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter18: Deterministic Dynamic Programming

Section18.4: Resource-allocation Problems

Problem 3P

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