A number is called pandigital if it uses all of the digits from 1 to n exactly once, where n is the number of digits in the number. So, for example, the five-digit number 15432 is pandigital, but the five-digit number 11132 is not. Again, the four-digit number 4123 is pandigital, but the four-digit number 8312 is not. Finally, the one-digit number 1 is pandigital, but the one-digit number 3 is not. You should use list comprehension in your solution. Fill out the function is_pandigital.
A number is called pandigital if it uses all of the digits from 1 to n exactly once, where n is the number of digits in the number. So, for example, the five-digit number 15432 is pandigital, but the five-digit number 11132 is not. Again, the four-digit number 4123 is pandigital, but the four-digit number 8312 is not. Finally, the one-digit number 1 is pandigital, but the one-digit number 3 is not. You should use list comprehension in your solution.
Fill out the function is_pandigital.
Hint: Using the range function list out all the numbers that should be in a pandigital number of a given length and then check if each of those numbers appears in the number you're checking
>>> is_pandigital(1)
True
>>> is_pandigital(2)
False
>>> is_pandigital(12)
True
>>> is_pandigital(15432)
True
>>> is_pandigital(11123)
False
def is_pandigital(num):
Note: Python Programming
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