Solution: Find the Egyptian Fraction

import math
def egyptian_fraction(numerator, denominator):
    """
    Finds the egyptian fraction denominators
    :param numerator: Numerator of the fraction
    :param denominator: Denominator of the fraction
    :return: A list of denominators of the egyptian fraction
    """
    # A List to store denominator
    lst_denominator = []
    # While loop runs until fraction becomes 0 i.e,
    # numerator becomes 0
    while numerator != 0:
        # taking ceiling
        x = math.ceil(denominator / numerator)
        # storing value in lst_denominator list
        lst_denominator.append(x)
        # updating new numerator and denominator
        numerator = x * numerator - denominator
        denominator = denominator * x
    return lst_denominator
# Driver code to test above function
if __name__ == '__main__':
    print(egyptian_fraction(6, 14))
    print(egyptian_fraction(2, 3))