Examine the following function header, and then write a statement that calls the function, passing 12 as an argument.def show_value(quantity):

# Question 4def costume_rating(costume_color, bling_value):    """    Returns a function that calculates the number of candies to return based on    the costume color, bling value, and phrase length.     Args:        costume_color (str): The color of your costume. Must be one of 'blue',        'red', 'green', 'yellow', 'purple', or 'orange'.        bling_value (int): Represents how shiny your costume is. Must be a        positive integer.     Returns:        A function that takes in one parameter:            phrase (str): The phrase said by the trick-or-treater.     >>> costume_rater = costume_rating('blue', 5)    >>> costume_rater('19 Character Phrase')    85    >>> costume_rater('e')    0    >>> costume_rater('seven c')    1     >>> costume_rater = costume_rating('orange', 8)    >>> costume_rater('hello i want candy')    14     >>> costume_rater = costume_rating('yellow', 5)    >>> costume_rater('please give me…

Include pseudocode that describes all steps required to solve the problem. Employ variable names that describe the values they store and adhere to Python naming conventions. Include additional comments as needed to annotate your code. Use correct spelling and grammar. Use f_strings to output variable values. Use the "dunders test" for __name__ equals __main__ 1. Write a program that contains a main function and a custom, void function named show_larger that takes two random integers as parameters. This function should display which integer is larger and by how much. The difference must be expressed as a positive number if the random integers differ. If the random integers are the same, show_larger should handle that, too. See example outputs. In the main function, generate two random integers both in the range from 1 to 5 inclusive, and call show_larger with the integers as arguments.EXAMPLE OUTPUT 13 is larger than 1 by 2EXAMPLE OUTPUT 2The integers are equal, both are 3 2. Write a…

Question 10: Write functions with default argument for addition, multiplication, and division of two numbers. For addition and multiplication, the default values for two numbers will be 0. For division the default value for first and second arguments will be zero and one respectively. Use the above function for finding addition, multiplication, and division when 1) No arguments are supplied, 2) First argument is 2 and the second argument is not supplied, 3) Arguments are 9 and 3. Note: A screenshot must be attached to the output to show the results

def truth_value(integer):    """Convert an integer into a truth value."""    # Convert 0 into False and all other integers,    # including 1, into True    if integer == 0:        truth_value = False    else:        truth_value = True    return truth_value Now, write a function that goes in the opposite direction of the truth_value() function. This new function should convert a truth value into an integer. In particular, True should be converted into 1 and False into 0. Name the new function integer_0_or_1(). All you need to include below is your definition of the function integer_0_or_1(). It will be tested automatically against relevant inputs. So include your function and nothing more.

Can anyone help me these coding questions

Complete the following Code

Fill-in-the-Blank If function showValue has the following header: void showValue(int quantity) you would use the statement _________ to call it with the argument 5.

Write a header for a function named getKey. The function should return a char and use no parameters.