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def create_n_to_tuple(): """Tuple to Integer In set theory, we can represent natural numbers recursively initially with empty sets. https://en.wikipedia.org/wiki/Set-theoretic_definition_of_natural_numbers We will use tuple in place of set to implement this representation. you will define two functions n_to_tuple and tuple_to_n, and return two function. The functions' specification is: n_to_tuple Args: n (int): an integer. Returns: t (tuple): tuple representation of the integer. None if integer cannot be represented. tuple_to_n Args: t (tuple): tuple representation of the integer Returns: n: integer which t represents -1 if tuple is invalid. # We will implement a time test on this function. >>> n_to_tuple, tuple_to_n = create_n_to_tuple() >>> n_to_tuple(0) () >> n_to_tuple(1) ((),) >> n_to_tuple(2) ((), (),)) >>> r = n_to_tuple(-1) >>> print(r) None >>> tuple_to_n(((), (),), ((),), (), ((),)))) # invalid -1 ### Modify your code here return

def create_n_to_tuple(): """Tuple to Integer In set theory, we can represent natural numbers recursively initially with empty sets. https://en.wikipedia.org/wiki/Set-theoretic_definition_of_natural_numbers We will use tuple in place of set to implement this representation. you will define two functions n_to_tuple and tuple_to_n, and return two function. The functions' specification is: n_to_tuple Args: n (int): an integer. Returns: t (tuple): tuple representation of the integer. None if integer cannot be represented. tuple_to_n Args: t (tuple): tuple representation of the integer Returns: n: integer which t represents -1 if tuple is invalid. # We will implement a time test on this function. >>> n_to_tuple, tuple_to_n = create_n_to_tuple() >>> n_to_tuple(0) () >> n_to_tuple(1) ((),) >> n_to_tuple(2) ((), (),)) >>> r = n_to_tuple(-1) >>> print(r) None >>> tuple_to_n(((), (),), ((),), (), ((),)))) # invalid -1 ### Modify your code here return

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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### Q7: Set to Numbers def create_n_to_tuple(): """Tuple to Integer In set theory, we can represent natural numbers recursively initially with empty sets. https://en.wikipedia.org/wiki/Set-theoretic_definition_of_natural_numbers We will use tuple in place of set to implement this representation. you will define two functions n_to_tuple and tuple_to_n, and return two function. The functions' specification is: n_to_tuple Args: n (int): an integer. Returns: t (tuple): tuple representation of the integer. None if integer cannot be represented. tuple_to_n Args: t (tuple): tuple representation of the integer Returns: n: integer which t represents -1 if tuple is invalid. # We will implement a time test on this function. >> n_to_tuple, tuple_to_n = create_n_to_tuple() >> n_to_tuple(0) () >> n_to_tuple(1) ((),) >> n_to_tuple(2) ((), ((),)) >>> r = n_to_tuple(-1) >>> print(r) None >> tuple_to_n(((), (),), (),)), ((), (),)))) # invalid -1 ### Modify your code here return ### Modify your code here
Transcribed Image Text:### Q7: Set to Numbers def create_n_to_tuple(): """Tuple to Integer In set theory, we can represent natural numbers recursively initially with empty sets. https://en.wikipedia.org/wiki/Set-theoretic_definition_of_natural_numbers We will use tuple in place of set to implement this representation. you will define two functions n_to_tuple and tuple_to_n, and return two function. The functions' specification is: n_to_tuple Args: n (int): an integer. Returns: t (tuple): tuple representation of the integer. None if integer cannot be represented. tuple_to_n Args: t (tuple): tuple representation of the integer Returns: n: integer which t represents -1 if tuple is invalid. # We will implement a time test on this function. >> n_to_tuple, tuple_to_n = create_n_to_tuple() >> n_to_tuple(0) () >> n_to_tuple(1) ((),) >> n_to_tuple(2) ((), ((),)) >>> r = n_to_tuple(-1) >>> print(r) None >> tuple_to_n(((), (),), (),)), ((), (),)))) # invalid -1 ### Modify your code here return ### Modify your code here
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