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
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
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Most of the lines in the program discussed in this chapter have the same basic structure: ____.
A. message.object; add detail(value) B. object.add detail (message, value) C. message(object).add detail(value) D. object.message(value); add detail
In order for logical logging to work, a logical database operation must have a logical inverse operation. Give an example of a database operation that has no inverse. Suggest a procedure involving logical logging that can handle this case.
What will be an ideal response?