The runtime of bubblesort is roughtly proportional to n2 , where n is the list size. The runtime of mergesort is roughtly proportional to nlogn,where n is the list size. Suppose we run bubblesort on a fast computer and mergesort on a fast computer, so they both take the same time to sort a list of size 1000. Will the runtimes still be the same when we increase the list size to 1,000,000? Justify your answer.

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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The runtime of bubblesort is roughtly
proportional to n<, where n is the list size.
The runtime of mergesort is roughtly
proportional to nlogn,where n is the list size.
Suppose we run bubblesort on a fast computer
and mergesort on a fast computer, so they both
take the same time to sort a list of size 1000.
Will the runtimes still be the same when we
increase the list size to 1,000,000? Justify your
answer.
Transcribed Image Text:The runtime of bubblesort is roughtly proportional to n<, where n is the list size. The runtime of mergesort is roughtly proportional to nlogn,where n is the list size. Suppose we run bubblesort on a fast computer and mergesort on a fast computer, so they both take the same time to sort a list of size 1000. Will the runtimes still be the same when we increase the list size to 1,000,000? Justify your answer.
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