Suppose Perform Bucket Sort Large Array N Integers Relatively Uniformly Distributed B M I Q43832699
Suppose that we perform Bucket Sort on an large array of n integers which are relatively uniformly distributed on a,b. i. After m iterations of bucket sorting, approximately how many elements will be in each bucket? ii. Suppose that after m iterations of bucket sorting on such a uniformly distributed array, we switch to an efficient sorting algorithm (such as MergeSort) to sort each bucket. What is the asymptotic running time of this algorithm, in terms of the array size n, the bucket numberk, and the number of bucketing steps m? Show transcribed image text Suppose that we perform Bucket Sort on an large array of n integers which are relatively uniformly distributed on a,b. i. After m iterations of bucket sorting, approximately how many elements will be in each bucket?
ii. Suppose that after m iterations of bucket sorting on such a uniformly distributed array, we switch to an efficient sorting algorithm (such as MergeSort) to sort each bucket. What is the asymptotic running time of this algorithm, in terms of the array size n, the bucket numberk, and the number of bucketing steps m?
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