CS-6202 - Algorithms and Complexity oed answer key

Showing 21 to 40 of 107 total answers.

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Awesome StudentQuestion • Algorithms and Complexity

The components are then compared, ordered, and merged in pairs

Answer

True

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Awesome StudentQuestion • Algorithms and Complexity

The LZW algorithm is difficult, straightforward, and effective

Answer

False

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Awesome StudentQuestion • Algorithms and Complexity

Even if the array is sorted, it goes through the entire procedure

Answer

True

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Awesome StudentQuestion • Algorithms and Complexity

Many computer programs start with a search for a keyword or value

Answer

True

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Awesome StudentQuestion • Algorithms and Complexity

The kth method use to achieve Array representation is Level Order

Answer

False

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Awesome StudentQuestion • Algorithms and Complexity

Binary Heap's minor use case is as a priority queue implementation

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Awesome StudentQuestion • Algorithms and Complexity

Rabin-Karp Algorithm is the hardest string searching algorithm

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Awesome StudentQuestion • Algorithms and Complexity

It is possible to examine the order in which the things are handled

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Awesome StudentQuestion • Algorithms and Complexity

For smaller assignments, it is slower than the other sort algorithms

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Awesome StudentQuestion • Algorithms and Complexity

If a match is not found, the index of the middle element is returned

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Awesome StudentQuestion • Algorithms and Complexity

Parts of Number Theory are experimental, while others are theoretical

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Awesome StudentQuestion • Algorithms and Complexity

Searching through large sorted arrays is a breeze using Binary Search

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Awesome StudentQuestion • Algorithms and Complexity

The KMP method outperforms the plain technique in best-case scenarios

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Awesome StudentQuestion • Algorithms and Complexity

The least efficient primality tests for big numbers are probabilistic

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Awesome StudentQuestion • Algorithms and Complexity

If a match is identified, drop the slider by 1 to check for more matches

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Awesome StudentQuestion • Algorithms and Complexity

Number of children of a node is equal to the number of keys in it plus 1

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Awesome StudentQuestion • Algorithms and Complexity

Number of children of a node is equal to the number of keys in it plus 2

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Awesome StudentQuestion • Algorithms and Complexity

B-Tree grows and shrinks from the root which is unlike Binary Search Tree

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Awesome StudentQuestion • Algorithms and Complexity

In the best-case situation, the merge sort's complexity is minimal (nlogn)

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