Q. What is the average case complexity of bubble sort?

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Q. What is the advantage of bubble sort over other sorting techniques?

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Q. The given array is arr = {1,2,4,3}. Bubble sort is used to sort the array elements. How many iterations will be done to sort the array?

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Q. What is the best case efficiency of bubble sort in the improvised version?

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Q. The given array is arr = {1,2,4,3}. Bubble sort is used to sort the array elements. How many iterations will be done to sort the array with improvised version?

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Q. QuickSort can be categorized into which of the following?

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Q. What is the worst case complexity of QuickSort?

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Q. What is a randomized QuickSort?

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Q. What is the best case complexity of QuickSort?

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Q. The given array is arr = {2,3,4,1,6}. What are the pivots that are returned as a result of subsequent partitioning?

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Q. What is the average case complexity of QuickSort?

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Q. The given array is arr = {2,6,1}. What are the pivots that are returned as a result of subsequent partitioning?

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Q. Which of the following is not true about QuickSort?

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Q. What is the time complexity for a given pancake sort given it undergoes “n” flip operations?

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Q. Which operation is most essential to the process of pancake sort?

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Q. How many flips does the simplest of pancake sorting techniques require?

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Q. Pancake Sorting appears in which of the following?

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Q. In addition to the pancake sorting problem, there is the case of the burnt pancake problem in which we are dealing with pancakes (discs) that are burnt on one side only. In this case it is taken that the burnt side must always end up _______

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Q. In a computational complexity theory, a problem with decision making is said to be NP-complete when it is both in NP and NP-hard. What does NP mean?

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Q. When we realize a specific implementation of a pancake algorithm, every move when we find the greatest of the sized array and flipping can be modeled through __________

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