For the following block of code, select the most appropriate run-time formula in terms of primitive operations needed and the time complexity for input of size n: def rate(n): i = 0 total = 0 while i...

For the following block of code, select the most appropriate run-time formula in terms<br>of primitive operations needed and the time complexity for input of size n:<br>def rate(n):<br>i = 0<br>total = 0<br>while i < n:<br>j = 10<br>while j > 0:<br>total<br>j<br>i -= 1<br>i += 1<br>return total<br>O a. f(n) = 34n^2 + 4, time complexity = O(n^2)<br>O b. f(n) = 3n^2 + 4n + 4, time complexity = O(n^2)<br>O c. f(n)<br>= 34n + 4, time complexity = O(n)<br>O d. f(n)<br>= 3n + 14, time complexity = O(n)<br>Check<br>

Extracted text: For the following block of code, select the most appropriate run-time formula in terms of primitive operations needed and the time complexity for input of size n: def rate(n): i = 0 total = 0 while i < n:="" j="10" while="" j=""> 0: total j i -= 1 i += 1 return total O a. f(n) = 34n^2 + 4, time complexity = O(n^2) O b. f(n) = 3n^2 + 4n + 4, time complexity = O(n^2) O c. f(n) = 34n + 4, time complexity = O(n) O d. f(n) = 3n + 14, time complexity = O(n) Check

Jun 03, 2022

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For the following block of code, select the most appropriate run-time formula in terms of primitive operations needed and the time complexity for input of size n: def rate(n): i = 0 total = 0 while i...

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