We are given n/k arrays of k elements each such that: every element of the first array is smaller than every element of the second array which is smaller than every element of the third array and so on. Give an asymptotically tight bound (O) to the number of comparisons needed to sort these n elements. Prove your answer.

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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We are given n/k arrays of k elements each such that: every element of the first
array is smaller than every element of the second array which is smaller than every
element of the third array and so on. Give an asymptotically tight bound (O) to the
number of comparisons needed to sort these n elements. Prove your answer.
Transcribed Image Text:We are given n/k arrays of k elements each such that: every element of the first array is smaller than every element of the second array which is smaller than every element of the third array and so on. Give an asymptotically tight bound (O) to the number of comparisons needed to sort these n elements. Prove your answer.
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