IT IS PYTHON! PLEASE RUN IT TO SEE IF IT WORKS BEFORE POSTING HERE, THANKS.

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Write a Python function called print_letters that takes a single digit positive integer as an argument, and then prints an integer representing the number of letters in the English spelling of that value, as seen in the chart below:

1 -> One -> 3 4 -> Four -> 4 7 -> Seven -> 5

2 -> Two -> 3 5 -> Five -> 4 8 -> Eight -> 5

3 -> Three -> 5 6 -> Six -> 3 9 -> Nine -> 4

A sample run is shown below:

>>> print_letters(7)

5

2). Write another function in the same file called return_letters that does the same thing as above, but it returns the number of letters rather than printing it.

3). What will be the result of running each of the following? Explain to your TA which ones will cause errors, and why.

>>> print_letters(1) + print_letters(9)

>>> return_letters(1) + print_letters(9)

>>> return_letters(1) + return_letters(9)

>>> return_letters(print_letters(8))

>>> print_letters(return_letters(8))

4). Write a function most_letters that takes in three single digit numbers, and returns the one that has the most letters in its English spelling. In the case of a tie for the most, print "Tie!" instead, and return nothing. You must call either print_letters or return_letters as part of your function, and be prepared to explain to your TA why you didnt/couldnt use the other one.

Hint: There are four cases to consider: the first number has more letters than the other two, the second number has more letters than the other two, the third number has more letters than the other two, or none of the above (in which case there must be some form of tie for the most).

Examples (output in bold is returned, output in italics is printed):

>>> most_letters(9, 8, 5)

8

>>> most_letters(5, 1, 2)

5

>>> most_letters(7, 6, 3)

Tie!