12345678910111213141516171819202122
            
# Defining list for storing the date
date = [7,4,2010]
print("The initial date is" + " " + str(date[2]) + " " + "year" + " " + str(date[1]) + "th" + " " + "day" + " " + "of" + " " + str(date[0]) + "th"+" "+"month" )
# Creating a list for storing the converted binary date
date_bin = [ ]
# Iterating through the list
for number in date:
    # Creating list for storing converted binary number
    binary_number = [ ]
    # The loop will execute till the number is not null
    while number != 0:
        # Counting the remainder of division by two    
        remainder = number % 2
        # Appending the remainder for creating binary one
        binary_number.append(remainder)
        # This operation allows to decrease number twice and work with the integer part of a new one
        number = number // 2
    # Reversing the list
    binary_number.reverse()
    # Appending the resulting binary number for creating binary date
    date_bin.append(binary_number)
print("The date in binary numeral system is",date_bin)