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Question #4: is_identical (num_1, num_2) 10 pts Given two positive numbers, num_1 and num_2, the function returns True if after removing all sequences of repeated digits from both integers and replacing it with only one instance, num_1 is equal to nu_2, False otherwise. • You are NOT allowed to type convert num to a string <str(num)>, add the digits into a list to traverse or process the number, or to use of the math module Preconditions and Postconditions num_1: int -> positive integer num_2: int -> positive integer Returns: bool -> True is num_1==num_2 after removing sequences of repeated digits, False otherwise Example: >>> is_identical (51111315, 51315) #1111 is replaced with 1, 51315 == 51315 True >>> is_identical (7006600, 7706000) # 7060==7060 True >>> is_identical (135, 765) False >>> is_identical (2023, 20) False

          Question #4: is_identical (num_1, num_2)
10 pts
Given two positive numbers, num_1 and num_2, the function returns True if after removing all
sequences of repeated digits from both integers and replacing it with only one instance, num_1 is
equal to nu_2, False otherwise.
•
You are NOT allowed to type convert num to a string <str(num)>, add the digits into a list to
traverse or process the number, or to use of the math module
Preconditions and Postconditions
num_1: int -> positive integer
num_2: int -> positive integer
Returns: bool -> True is num_1==num_2 after removing sequences of repeated
digits, False otherwise
Example:
>>> is_identical (51111315, 51315) #1111 is replaced with 1, 51315 == 51315
True
>>> is_identical (7006600, 7706000) # 7060==7060
True
>>> is_identical (135, 765)
False
>>> is_identical (2023, 20)
False

Question #4: isidentical (num1, num2)
10 pts
Given two positive numbers, num1 and num2, the function returns True if after removing all
sequences of repeated digits from both integers and replacing it with only one instance, num1 is
equal to nu2, False otherwise.
•
You are NOT allowed to type convert num to a string <str(num)>, add the digits into a list to
traverse or process the number, or to use of the math module
Preconditions and Postconditions
num1: int -> positive integer
num2: int -> positive integer
Returns: bool -> True is num1==num2 after removing sequences of repeated
digits, False otherwise
Example:
>>> isidentical (51111315, 51315) #1111 is replaced with 1, 51315 == 51315
True
>>> isidentical (7006600, 7706000) # 7060==7060
True
>>> isidentical (135, 765)
False
>>> isidentical (2023, 20)
False

Added by Cody C.

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