Search Algorithms 3
For ordered datasets, a binary search algorithm is considered to be more efficient than a linear search algorithm. Explain why.
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For ordered datasets, a binary search algorithm is considered to be more efficient than a linear search algorithm. Explain why.
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Study the set of data below. blue green orange red yellow Explain the steps that a binary search algorithm would take to locate the item ‘yellow’.
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Study the given set of data… 4 3 7 6 5 Which search algorithm (linear or binary) would be most efficient at finding the number 5, in the data set above? Explain your answer in full.
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Will a ‘Bubble Sort Algorithm’ stop after making its final swap of wrongly ordered pairs? Explain your answer in full.
For the given set of data… 7 6 5 4 3 Show the steps that a Bubble Sort algorithm would make on the data set above when sorting the data from low to high.
Consider the following algorithm: 01 WHILE unsorted == True: 02 unsorted = False 03 FOR position 1 to lengthOfdataset: 04 IF dataset[position] > dataset[position+1] 05 unsorted = True 06 temp = dataset[position] 07 dataset[position] =
What is an IDE and what do the letters IDE stand for?
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In order to translate source code (so that it can be processed by a CPU), a computer will need to make use of a compiler or an interpreter. Describe three differences between how compilers and interpreters translate source code.
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When you write a program in a high level programming language, why does your source code have to be translated by the computer before it can be executed?
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