basic_math.py
def power(integer_one, integer_two):
    """
       It returns the one integers to the others power
       Args:
           integer_one: The original integer
           integer_two: The integer which the power of integer_one needs to be applied
       Returns:
           an integer with the value: integer_one^integer_two
    """
    sum_variable = 1
    for _ in range(integer_two):
        sum_variable = multiplication(sum_variable, integer_one)
    return sum_variable

       It returns the one integers to the others power
       Args:
           integer_one: The original integer
           integer_two: The integer which the power of integer_one needs to be applied
       Returns:
           an integer with the value: integer_one^integer_two
    
It returns the one integers to the others power
It returns the one integers to the others power
def power(integer_one, integer_two):
    sum_variable = 1
    for _ in range(integer_two):
        sum_variable = multiplication(sum_variable, integer_one)
    return sum_variable
def power ( integer_one , integer_two ) : sum_variable = 1 for _ in range ( integer_two ) : sum_variable = multiplication ( sum_variable , integer_one ) return sum_variable
It returns the one integers to the others power
It returns the one integers to the others power
"""
       It returns the one integers to the others power
       Args:
           integer_one: The original integer
           integer_two: The integer which the power of integer_one needs to be applied
       Returns:
           an integer with the value: integer_one^integer_two
    """
an integer with the value: integer_one^integer_two
an integer with the value : integer_one^integer_two
integer_one
The original integer
The original integer
integer_two
The integer which the power of integer_one needs to be applied
The integer which the power of integer_one needs to be applied