The insertion sort algorithm works by
A) repeatedly comparing adjacent items and swapping them so smaller values come before larger values
B) repeatedly locating the smallest value in the unsorted portion of the array and moving it toward the lower end of the array
C) repeatedly taking the first value in the unsorted portion of the array and placing it at its proper place in the part of the array that is already sorted
D) partitioning the unsorted portion of the array into two sublists and a pivot and recursively sorting the two sublists
Correct Answer:
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Q10: An array a[ ] of N elements
Q11: The Quicksort algorithm works by
A) repeatedly comparing
Q12: Consider the code
Static void doQuickSort(int array[ ],int
Q13: To compare String objects for the purpose
Q14: The compareTo method of the Comparable interface
A)
Q16: The following implementation of QuickSort
Static void doQuickSort(int
Q17: Assuming a method
Int findMax(int array[ ],int last)that
Q18: The method findMax shown below is supposed
Q19: An array of 4 elements is being
Q20: If a[ ] is an array of
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