Chapter 3: Q64E (page 218)
Express the relationship f (x) is o(g(x)) using a picture. Show the graphs of f (x), g(x), and f (x)/g(x).
Short Answer
This is based on the concept of little o notation.
Chapter 3: Q64E (page 218)
Express the relationship f (x) is o(g(x)) using a picture. Show the graphs of f (x), g(x), and f (x)/g(x).
This is based on the concept of little o notation.
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Get started for freea) Describe in detail (and in English) the steps of an algorithm that finds the maximum and minimum of a sequence of elements by examining pairs of successive elements, keeping track of a temporary maximum and a temporary minimum. Ifn is odd, both the temporary maximum and temporary minimum should initially equal the first term, and ifn is even, the temporary minimum and temporary maximum should be found by comparing the initial two elements. The temporary maximum and temporary minimum should be updated by comparing them with the maximum and minimum of the pair of elements being examined.
b) Express the algorithm described in part (a) in pseudocode.
c) How many comparisons of elements of the sequence are carried out by this algorithm? (Do not count comparisons used to determine whether the end of the sequence has been reached.) How does this compare to the number of comparisons used by the algorithm in Exercise 5?
Use the bubble sort to sort d, f, k, m, a, b, , showing the lists obtained at each step.
Describe an algorithm that takes as input a list of integers in non decreasing order and produces the list of all values that occur more than once. (Recall that a list of integers is non decreasing if each integer in the list is at least as large as the previous integer in the list.)
Define the statement
Describe an algorithm that inserts an integer xin the appropriate position into the list a1, a2, . . . , anof integers that are in increasing order.
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