Programming in Python, OPPE 2

September 2024 term, Set 1

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Question 1

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Write a function is_even_two_digit_number(num) that returns True if num is a two-digit number (the sign is ignored, so -36 has two digits) and it is even. Otherwise it returns False.

NOTE: This is a function type question, you don't have to take input or print the output, just have to complete the required function definition.

Example

is_even_two_digit_number(24) -> True
is_even_two_digit_number(-36) -> True

Your task

Implement this function:

def is_even_two_digit_number(num: int) -> bool:

Write the function only — the arguments are read for you and the return value is printed automatically.

Arguments arrive as one Python literal per line, in this order: num.

Example

Input

24

Output

True

Code Editor

Python 3

−14+

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def is_even_two_digit_number(num: int) -> bool:
    '''
    Write a function is_even_two_digit_number(num) that returns True if num is a two-digit number (the sign is ignored, so -36 has two digits) and it is even. Otherwise it returns False.

    Examples:
    is_even_two_digit_number(24) -> True
    is_even_two_digit_number(-36) -> True
    '''
    ...

def is_even_two_digit_number(num: int) -> bool: ''' Write a function is_even_two_digit_number(num) that returns True if num is a two-digit number (the sign is ignored, so -36 has two digits) and it is even. Otherwise it returns False. Examples: is_even_two_digit_number(24) -> True is_even_two_digit_number(-36) -> True ''' ...

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Write a function `is_even_two_digit_number(num)` that returns `True` if `num` is a two-digit number (the sign is ignored, so `-36` has two digits) and it is even. Otherwise it returns `False`. NOTE: This is a function type question, you don't have to take input or print the output, just have to complete the required function definition. ### Example ``` is_even_two_digit_number(24) -> True is_even_two_digit_number(-36) -> True ``` ## Your task Implement this function: ```python def is_even_two_digit_number(num: int) -> bool: ``` Write the function only — the arguments are read for you and the return value is printed automatically. **Arguments** arrive as one Python literal per line, in this order: `num`. ## Example **Input** ``` 24 ``` **Output** ``` True ``` Write a function `is_dot_com_or_dot_in(domain)` that returns `True` if the string `domain` ends with `.com` or `.in` (the dot is part of the ending), and `False` otherwise. NOTE: This is a function type question, you don't have to take input or print the output, just have to complete the required function definition. ### Example ``` is_dot_com_or_dot_in("example.com") -> True is_dot_com_or_dot_in("website.in") -> True ``` ## Your task Implement this function: ```python def is_dot_com_or_dot_in(domain: str) -> bool: ``` Write the function only — the arguments are read for you and the return value is printed automatically. **Arguments** arrive as one Python literal per line, in this order: `domain`. ## Example **Input** ``` "example.com" ``` **Output** ``` True ``` Both lists `l1` and `l2` have an even length. Split each list into its first half and its second half. Write a function `is_present_in_opposite_halves(elem, l1, l2)` that returns `True` if `elem` is in the first half of one list and in the second half of the other list, and `False` otherwise. NOTE: This is a function type question, you don't have to take input or print the output, just have to complete the required function definition. ### Example ``` is_present_in_opposite_halves(3, [1, 2, 3, 4], [5, 6, 3, 8]) -> False is_present_in_opposite_halves(6, [5, 6, 7, 8], [1, 2, 6, 4]) -> True ``` ## Your task Implement this function: ```python def is_present_in_opposite_halves(elem, l1: list, l2: list) -> bool: ``` Write the function only — the arguments are read for you and the return value is printed automatically. **Arguments** arrive as one Python literal per line, in this order: `elem`, `l1`, `l2`. ## Example **Input** ``` 3 [1, 2, 3, 4] [5, 6, 3, 8] ``` **Output** ``` False ```