Consider the following function that computes ploganl (i.e. logan rounded up to next whole number) where...

 

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Consider the following function that computes ploganl (i.e. logan rounded up to next whole number) where d > 1 and n 1: Algorithm 1 int funcQ1(int n, int d) 1: i = 0; 2: while true do 3: k = 0; 4: 5: 6: 7: 8: 9: 10: 11: end if 12: i++; 13: end while m = 1; while (k = n) then return i: T(n) = O( ww ..(idea: set m = d' using multiplication) (a) (6 points) What is the asymptotic runtime, T (n), of the above algo- rithm? Justify your answer. See the last page of the exam for some wwwwwww useful formulas. Consider the following function that computes ploganl (i.e. logan rounded up to next whole number) where d > 1 and n 1: Algorithm 1 int funcQ1(int n, int d) 1: i = 0; 2: while true do 3: k = 0; 4: 5: 6: 7: 8: 9: 10: 11: end if 12: i++; 13: end while m = 1; while (k = n) then return i: T(n) = O( ww ..(idea: set m = d' using multiplication) (a) (6 points) What is the asymptotic runtime, T (n), of the above algo- rithm? Justify your answer. See the last page of the exam for some wwwwwww useful formulas.

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The given algorithm is a while loop that keeps increasing i until m becomes greater than or equal to ... View the full answer