What will be the time complexity of delete operation if all the candidates are evenly spaced so that each bin has constant no. of candidates? (m = number of bins intersecting candidate intersects)(a) O(1)(b) O(m)(c) O(m^2)(d) O(log m)This interesting question is from Trees topic in chapter Trees of Data Structures & Algorithms II had been asked this question in my homework.

What will be the time complexity of delete operation if all the candid

1.	What will be the time complexity of delete operation if all the candidates are evenly spaced so that each bin has constant no. of candidates? (m = number of bins intersecting candidate intersects)(a) O(1)(b) O(m)(c) O(m^2)(d) O(log m)This interesting question is from Trees topic in chapter Trees of Data Structures & Algorithms II had been asked this question in my homework.
Answer» Right option is (b) O(m) The best I can EXPLAIN: The process of DELETION becomes faster in a case when the number of candidates are equally distributed AMONG the bins. In such a case the QUERY operation becomes O(m). It is practically SLOWER than insertion in this case.

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