import math

# get_numbers() function which is passed a list of integers as a parameter.
# The function returns a new list which contains all the odd numbers which are not multiples of three
# (i.e. NOT exactly divisible by 3).
# The numbers should be in the same order as they appear in the parameter list.
def get_numbers(input_list):
result = [] # this will be a list that will store the odd numbers which are not multiples of 3
for el in input_list: # iterate through the elements of the input list
   if el % 2 == 1 and el % 3 != 0: # if the number is odd el %2 == 1
                           # and not divisible by 3 # (the remainder of its division to 3 is not 0): el % 3 != 0
         result.append(el) # add el to the result

return result

#2. Define the get_funny_average() function which is passed a list of numbers as a parameter and returns
# the average of some of the numbers in the parameter list. The function returns the average of the remaining numbers
# (rounded to the nearest whole number) after all the following have been excluded from the parameter list of numbers
# (if they exist in the list):
#• all zeroes,
#• the smallest number,
#• the largest number.

def get_funny_average(list_of_numbers):
sum_of_target_numbers = 0
count_of_target_numbers = 0
max = -math.inf# this variable named max is initialized with the minimal representable number from the MATH package
min = math.inf # this variable named min is initialized with the maximal representable number from the MATH package
for el in list_of_numbers: #We will iterate through the list_of_numbers. "el" is an element of that list
   if el != 0:
         if el > max: #if the current element is bigger than the maximal number that was found until now,
                     # the current element becomes the new maximal number
            max = el
         if el < min:#if the current element is less than the minimal number that was found until now,
                     # the current element becomes the new minimal number
            min = el
         sum_of_target_numbers += el #Make the sum of all the elements in the list_of_numbers
         count_of_target_numbers += 1 #Count how many elements exist in the list_of_numbers
                                    # We could also use the function len(list_of_numbers), but that method
                                    # will be used in the other functions

sum_of_target_numbers = sum_of_target_numbers - min - max # Subtract min and max from the total sum
count_of_target_numbers = count_of_target_numbers -2 # Subtract 2 (the min and the max elements) from the total sum

if count_of_target_numbers

Part I - Number Conversions Using the following amount: $45.00 1...