# [ ] review and run example cities = ["New York", "Shanghai", "Munich", "Tokyo", "Dubai", "Mexico City", "São Paulo", "Hyderabad"] for city in cities: print(city)

# [ ] review and run example sales = [6, 8, 9, 11, 12, 17, 19, 20, 22] total = 0 for sale in sales: total += sale print("total sales:", total)

# [ ] review and run example sales = [6, 8, 9, 11, 12, 17, 19, 20, 22] total = 0 for dollars in sales: total += dollars print("total sales:", total)

# [ ] create a list of 4 to 6 strings: birds # print each bird in the list

bird_list = ["hawk", "robin", "bluejay", "mockingbird", "chicken"] for bird in bird_list: print(bird)

# [ ] create a list of 7 integers: player_points # [ ] print double the points for each point value

player_points = [7, 14, 20, 26, 33, 36, 42] for points in player_points: print(points*2)

# [ ] create long_string by concatenating the items in the "birds" list previously created # print long_string - make sure to put a space betweeen the bird names

long_string = "" for bird in bird_list: long_string += bird print(long_string)

# [ ] review and run example of sorting into strings to display foot_bones = ["calcaneus", "talus", "cuboid", "navicular", "lateral cuneiform", "intermediate cuneiform", "medial cuneiform"] longer_names = "" shorter_names = "" for bone_name in foot_bones: if len(bone_name) < 10: shorter_names += "\n" + bone_name else: longer_names += "\n" + bone_name print(shorter_names) print(longer_names)

# [ ] review and run example of sorting into lists foot_bones = ["calcaneus", "talus", "cuboid", "navicular", "lateral cuneiform", "intermediate cuneiform", "medial cuneiform"] longer_names = [] shorter_names = [] for bone_name in foot_bones: if len(bone_name) < 10: shorter_names.append(bone_name) else: longer_names.append(bone_name) print(shorter_names) print(longer_names)

# [ ] Using cities from the example above iterate throught the list using "for"/"in" # [ ] Print only cities starting with "m" for city in cities[2:8:3]: print(city)

# [ ] Using cities from the example above iterate throught the list using "for"/"in" # cities = ["New York", "Shanghai", "Munich", "Tokyo", "Dubai", "Mexico City", "São Paulo", "Hyderabad"] # [ ] sort into lists with "A" in the city name and without "A" in the name: a_city & no_a_city

a_city = [] no_a_city = [] str(cities).find("a") for city in cities: if "a" in cities: a_city += city else: no_a_city += city print(a_city) print(no_a_city)

# [ ] review and run example # iterates the "cities" list, count & sum letter "a" in each city name cities = ["New York", "Shanghai", "Munich", "Tokyo", "Dubai", "Mexico City", "São Paulo", "Hyderabad"] search_letter = "a" total = 0 for city_name in cities: total += city_name.lower().count(search_letter) print("The total # of \"" + search_letter + "\" found in the list is", total)

# [ ] review and run example # city_search function has a default list of cities to search def city_search(search_item, cities = ["New York", "Shanghai", "Munich", "Tokyo"] ): for city in cities: if city.lower() == search_item.lower(): return True else: # go to the next item pass # no more items in list return False # a list of cities visited_cities = ["New York", "Shanghai", "Munich", "Tokyo", "Dubai", "Mexico City", "São Paulo", "Hyderabad"] search = input("enter a city visited: ") # Search the default city list print(search, "in default cities is", city_search(search)) # search the list visited_cities using 2nd argument print(search, "in visitied_cites list is", city_search(search,visited_cities))

# [ ] complete paint stock paint_colors = ["Red", "Orange", "Yellow", "Green", "Blue", "Purple"] color_request = [] for color in paint_colors: color_request += paint_colors break print(color_request)

# [ ] Complete Foot Bones Quiz # foot_bones = ["calcaneus", "talus", "cuboid", "navicular", "lateral cuneiform", # "intermediate cuneiform", "medial cuneiform"] def bone_structure(foot_bones_match): foot_bones = ["calcaneus", "talus", "cuboid", "navicular", "lateral cuneiform", "intermediate cuneiform", "medial cuneiform"] for bones in foot_bones: if bones in foot_bones: print("correct") break else: print("incorrect") bone_structure("cuboid") bone_structure("ankle")