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3. Provide the function of complexity (time-efficiency) and the asymptotic behavior (big O, Omega, Theta) for the iterative algorithm indicated here. Consider as a work unit (basic operation) each print operation (note: there are 3 separate prints in the internal loop): function Iter_Fun (integer n) integer j, k for k=1 to n do j= n; while j ≥ 2 do end while end for print(j); print(j/2); print("this is internal loop"); j=j/2; end function

3. Provide the function of complexity (time-efficiency) and the asymptotic behavior (big O, Omega, Theta) for the iterative algorithm indicated here. Consider as a work unit (basic operation) each print operation (note: there are 3 separate prints in the internal loop): function Iter_Fun (integer n) integer j, k for k=1 to n do j= n; while j ≥ 2 do end while end for print(j); print(j/2); print("this is internal loop"); j=j/2; end function

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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3. Provide the function of complexity (time-efficiency) and the asymptotic behavior (big O, Omega, Theta) for the iterative algorithm indicated here. Consider as a work unit (basic operation) each print operation (note: there are 3 separate prints in the internal loop): function Iter_Fun (integer n) integer j, k for k = 1 to n do j= n; while j≥ 2 do end while end for print(j); print(j/2); print("this is internal loop"); j=j/2; end function
Transcribed Image Text:3. Provide the function of complexity (time-efficiency) and the asymptotic behavior (big O, Omega, Theta) for the iterative algorithm indicated here. Consider as a work unit (basic operation) each print operation (note: there are 3 separate prints in the internal loop): function Iter_Fun (integer n) integer j, k for k = 1 to n do j= n; while j≥ 2 do end while end for print(j); print(j/2); print("this is internal loop"); j=j/2; end function
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