Show that the second smallest of n elements can be found with comparisons in the worst case. (hint: also find the smallest element.)
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compare the first two numbers, assign the lower number min and the bigger one to next_min
compare the first two numbers, assign the lower number min and the bigger one to next_minloop through numbers 3 - n, if the number is lower than min, set min to that number. else if the number if lower than next_min set next_min to that number
compare the first two numbers, assign the lower number min and the bigger one to next_minloop through numbers 3 - n, if the number is lower than min, set min to that number. else if the number if lower than next_min set next_min to that numberIf this is the optimal solution how can I prove the number of comparisons is n + lg n - 2.
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The second smallest of n elements can be found with _______ comparisons in worst case. 1 is the smallest, it took n-1 = 7 comparisons. Now compare all the numbers which 1 was compared to (compare 2,3,5). 2 is the second smallest.
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