In this problem, you have available to you a working version of the function round_up described in part (a). It is located in a module named foo. Using the given round_up function, write a function round_up_all that takes a list of integers and MODIFIES the list so that each number is replaced by the result of calling round_up_ on that number. For example, if you run the code, 1st = [43, 137, 99, 501, 300, 275]round_up_all(1st)print(1st)the list would contain the values [100, 200, 100, 600, 300, 300]Do not re-implement the round_up function, just import the food module and use it. Here is the code for the round_up function that can be imported using foo:def round_up(num): if num % 100 == 0 : #if number is complete divisible return num #return orginal num else: return num + (100-(num % 100)) #else add 100-remainder to num, if __name__ == '__main__': print(round_up(234)) print(round_up(465)) print(round_up(400)) print(round_up(89)) Apoks My library > COMS 127: Introduction to Programming for Problem Solving home > 38.4: Problem F3bE zyBooks catalogHelp/FAQThis lab will be available until May 31st, 11:59 PM CDTYou can get full credit on this part even if you did not complete part (a).In this problem, you have available to you a working version of the function round_up described in part (a). It is located in a module namedfoo.Using the given round_up function, write a function round_up_all that takes a list of integers and MODIFIES the list so that eachnumber is replaced by the result of calling round_up on that number. For example, if you run the code,1st[42, 137, 99, 501, 300, 275]round_up_all (lst)print(lst)the list would contain the values [100, 200, 100, 600, 300, 300]Do not re-implement the round_up function, just import the foo modulę and use it.switching to "Submit Modeclicking ubmitubmission will be graded. Clicking Submit will alsread your code to check that it makes sense and actually solves the problem.376584.2127280.qx3zgy7LAB38.4.1: Problem F3bACTIVITY0/15main.pyLoad default template...1 import foo3 # Write your round_up_all function here. DO NOT WRITE round_up AGAIN, USE THE ONE4 # ALREADY IMPLEMENTED IN THE foo MODULE IMPORTED ABOVE

source code sol.py import foo def round_up_all(lst): for i in range(len(lst)): lst[i] =…

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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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In this problem, you have available to you a working version of the function round_up described in part (a). It is located in a module named foo. Using the given round_up function, write a function round_up_all that takes a list of integers and MODIFIES the list so that each number is replaced by the result of calling round_up_ on that number. For example, if you run the code,

1st = [43, 137, 99, 501, 300, 275]

round_up_all(1st)

print(1st)

the list would contain the values [100, 200, 100, 600, 300, 300]

Do not re-implement the round_up function, just import the food module and use it.

Here is the code for the round_up function that can be imported using foo:

def round_up(num):
if num % 100 == 0 : #if number is complete divisible
return num #return orginal num
else:
return num + (100-(num % 100)) #else add 100-remainder to num,

if __name__ == '__main__':
print(round_up(234))
print(round_up(465))
print(round_up(400))
print(round_up(89))