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1 def rest_time(miles_driven, brake_count): count = 0 3 count = round (miles_driven/brake_count) 4 counter Glo 5 while (count % 2) == 0: re: 6 count = (count/2) 7 if counter >= 0: 8 counter = counter + 1 9 if count <= 1: 1 H "hour" 2 else: 3 H = "hours" 4 5 return str(counter) +" + H %3D 7 print (rest_time(24,3)) #fix me

1 def rest_time(miles_driven, brake_count): count = 0 3 count = round (miles_driven/brake_count) 4 counter Glo 5 while (count % 2) == 0: re: 6 count = (count/2) 7 if counter >= 0: 8 counter = counter + 1 9 if count <= 1: 1 H "hour" 2 else: 3 H = "hours" 4 5 return str(counter) +" + H %3D 7 print (rest_time(24,3)) #fix me

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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I am working on a block of code and cannot figure out how to count the number of times a loop is proccessed within the stated parameters, but when the output is 0 that value is not counted in the iteration.

Here is the problem and my code

(known limitations) 3 hour 1 def rest_time(miles_driven, brake_count): 2 count = O Fra 3 count round (miles_driven/brake_count) %D 4 counter = 0 Global fra 5 while (count % 2) 0: == rest_time count = (count/2) if counter >= 0: 8. counter = counter + 1 9 10 if count <= 1: 11 H "hour" 12 else: 13 H = "hours" 14 15 return str (counter) +" + H 16 ► 17 print (rest_time (24,3)) #fix me 67
Transcribed Image Text:(known limitations) 3 hour 1 def rest_time(miles_driven, brake_count): 2 count = O Fra 3 count round (miles_driven/brake_count) %D 4 counter = 0 Global fra 5 while (count % 2) 0: == rest_time count = (count/2) if counter >= 0: 8. counter = counter + 1 9 10 if count <= 1: 11 H "hour" 12 else: 13 H = "hours" 14 15 return str (counter) +" + H 16 ► 17 print (rest_time (24,3)) #fix me 67
def rest_time (miles_driven, brake_count): Backstory: In the city of Slotham, Slothman is the silent guardian and savior of the people. He has his own Slothmobile, which is no less impressive than the Batmobile. However, Slothmobile gets tired after running for some time and recovers when it is turned off! It other words, it needs to rest before it turns on again. The number of hours it needs to rest depends on how many miles it was driven and how many times the brakes were applied after the last time it was switched on. Description: You can figure out the number of hours the Slothmobile needs to rest by counting the number of times you get an even number (excluding 0) when you integer divide the number of miles driven by the number of times the brakes are applied. For example, if miles driven is 13 and brakes applied is 2, 13 divided by 2 is 6.5, which rounds down to 6, which is even. Next, we will consider 6 to see if we get any more even integers. 6 integer divided by 2 is 3, since 3 is odd, we stop here. So, the rest time for Slothmobile is 1 hour because we only calculated 1 even number in these integer divisions. Parameters: miles_driven (int, indicating the number of miles driven) brake_count (int, indicating the number of times brakes applied) Assumptions: Both parameters are positive integers (> 0) Return value: An integer, which represents Slothmobile rest time in hours Examples: rest_time(13, 2) → 1 rest_time(9, 3) rest_time(24, 3) # 13 → 6 → 3; 6 is even → 1 hour # 9 → 3; no even number → 0 hour → 2 # 24 → 8 → 2 → 0; 8, 2 are even (we exclude 0) → 2 hours
Transcribed Image Text:def rest_time (miles_driven, brake_count): Backstory: In the city of Slotham, Slothman is the silent guardian and savior of the people. He has his own Slothmobile, which is no less impressive than the Batmobile. However, Slothmobile gets tired after running for some time and recovers when it is turned off! It other words, it needs to rest before it turns on again. The number of hours it needs to rest depends on how many miles it was driven and how many times the brakes were applied after the last time it was switched on. Description: You can figure out the number of hours the Slothmobile needs to rest by counting the number of times you get an even number (excluding 0) when you integer divide the number of miles driven by the number of times the brakes are applied. For example, if miles driven is 13 and brakes applied is 2, 13 divided by 2 is 6.5, which rounds down to 6, which is even. Next, we will consider 6 to see if we get any more even integers. 6 integer divided by 2 is 3, since 3 is odd, we stop here. So, the rest time for Slothmobile is 1 hour because we only calculated 1 even number in these integer divisions. Parameters: miles_driven (int, indicating the number of miles driven) brake_count (int, indicating the number of times brakes applied) Assumptions: Both parameters are positive integers (> 0) Return value: An integer, which represents Slothmobile rest time in hours Examples: rest_time(13, 2) → 1 rest_time(9, 3) rest_time(24, 3) # 13 → 6 → 3; 6 is even → 1 hour # 9 → 3; no even number → 0 hour → 2 # 24 → 8 → 2 → 0; 8, 2 are even (we exclude 0) → 2 hours
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