Look at the image below. The blue arrows are pointing to ___.   

CODING 2 [10 pts] – The animals are ready to PARTAY! Write a function called partyAnimals() that takes in 2 lists, animalList and animalDiet. animalList is a list of animal names representing the guests, and animalDiet is the corresponding dish they would like to bring. Return a dictionary partyDict that maps each animal’s name to the dish they will bring, only if the dish starts with the same first two letters as the animal’s name (case-insensitive), and the dish is not another animal guest. Note: animalList and animalDiet are the same length, and each animal appears only once in animalList. Example #1: >>> animalList = [“Chimpanzees”, “Toucans”, “Butterflies”, “Worms”] >>> animalDiet = [“chips”, “worms”, “Butter cookies”, “Organic Matter”] >>> partyAnimals(animalList, animalDiet)Expected Output #1: {‘Chimpanzees’: ‘chips’, ‘Butterflies’: ‘Butter cookies’} Example #2: >>> animalList = [“Shark”, “Bass”, “Shrimp”, “Squid”] >>> animalDiet = [“shrimp”, “BANANAS”, “krill”, “Scallion pancakes”] >>> partyAnimals(animalList, animalDiet) Expected Output #2:{‘Bass’: ‘BANANAS’}

[1 pt] What is printed when the following code is executed?    print(True or 0 and None or not {}) 

(1 pt) Write a poem to your TAs, or draw something for them!

Choose the code segment that, when included in the indicated place within the sortedVowels() function, will result in the function correctly returning a list of the unique sorted vowels contained in the parameter aStr and doing so in the most efficient way.    def sortedVowels(aStr):     vowels = “aeiou”     outlist = []     [ CODE GOES HERE ]     return outlist 

Part II [6 pts] – Number Systems   Decimal Binary Hexadecimal 0011 1111 E5 44

The following function has been implemented to request a list of values from a user and calculate their average; however, it errors for specific inputs. What test cases reveal the limitations of the current implementation?   def computeAvg():     values = input(“Provide a set of values separated by spaces:”)     listVal = values.split(” “)     total = 0     count = len(listVal)     for val in listVal:         total += int(val)     average = total/count     print(f”The average is {average}.”)      “13 67 01” “12.1 100 23” “5 6 10 8 11” “”

You are a rainforest ranger in the Amazon. To understand the biodiversity of the rainforest, you plan to record how many of each animal there are. You hope to use a data structure that allows you to store count of each animal along with its name in sorted order from the most frequent to the least. Which data structure is most suitable?

Why is the Big-O notation useful when comparing the runtime of two algorithms?

A sad story designed to make the audience feel sympathy appeals to: