basic_math.py
def root(integer_one, integer_two):
    """
       It returns the the root number of root of another number
       Args:
           integer_one: The original integer
           integer_two: The integer which the the root of integer_one needs to be calculated
       Returns:
           an integer with the value: integer_one.root(integer_two)
    """
    for i in range(integer_one):
        if power(i, integer_two) > integer_one:
            return subtraction(i, 1)
    return None

       It returns the the root number of root of another number
       Args:
           integer_one: The original integer
           integer_two: The integer which the the root of integer_one needs to be calculated
       Returns:
           an integer with the value: integer_one.root(integer_two)
    
It returns the the root number of root of another number
It returns the the root number of root of another number
def root(integer_one, integer_two):
    for i in range(integer_one):
        if power(i, integer_two) > integer_one:
            return subtraction(i, 1)
    return None
def root ( integer_one , integer_two ) : for i in range ( integer_one ) : if power ( i , integer_two ) > integer_one : return subtraction ( i , 1 ) return None
It returns the the root number of root of another number
It returns the the root number of root of another number
"""
       It returns the the root number of root of another number
       Args:
           integer_one: The original integer
           integer_two: The integer which the the root of integer_one needs to be calculated
       Returns:
           an integer with the value: integer_one.root(integer_two)
    """
an integer with the value: integer_one.root(integer_two)
an integer with the value : integer_one . root ( integer_two )
integer_one
The original integer
The original integer
integer_two
The integer which the the root of integer_one needs to be calculated
The integer which the the root of integer_one needs to be calculated