#
#
# # Python variables
# #
# # first_name = "Arif"
# # last_name = "khan"
# #
# # # Concatenate first and last name
# # full_name = first_name + " " + last_name
# #
# # # print full name
# # print(full_name)
#
#
# # # get user intput
# #
# # user_name = input("What is your name ")
# # print("Hi " + user_name)
# # get user input for dob, post_code, nationality, sex, status,
#
# # user_dob = input("What is you date of birth ")
# # user_postcode = input("What is your post code ")
# # user_nationality = input("What is your Sex ")
# # user_status = input("What is your Marital Status ")
# # print("Hi " + user_dob)
# # print("Hi " + user_nationality)
# # print("Hi " + user_postcode)
# # print("Hi " + user_status)
# # user_city = input("What is the name of the city")
# # user_city_upper = user_city.upper()
# # print("Hi " + user_city_upper)
# # name = "Mark"
# # print(name)
# # name = "Ace"
# # print(name)
# # thanx = "Thanks for your input!"
# # print(thanx)
#
# # original_num = 23
# # new_num = original_num + 7
# # print(new_num)
# #
# # original_num = 23
# # num_to_be_added = 7
# # new_num = original_num + num_to_be_added
# # print(new_num)
#
# #####################
# # num = .075
# # total = num + 200
# # print(total)
# # print(10/2)
# # x = 5
# # print(type(x))
# # x = 20.5
# # print(type(x))
# # x = ["apple", "banana", "cherry"]
# # print(type(x))
# # #####################
# # x = ("apple", "banana", "cherry")
# # print(type(x))
# # #####################
# # x = {"name" : "John", "age" : 36}
# # print(type(x))
# # #####################
# # x = True
# # print(type(x))
# # #####################
# # text = "Hello World1"
# # print(len(text))
# # #####################
# # txt = " Hello World "
# # print("Hi" + txt + "How")
# # txt = txt.strip()
# # print("Hi" + txt + "How")
# # #####################
# # age = 36
# # txt = "My name is John, and I am {} "
# # print(txt.format(age))
# # #####################
# # print(bool("abc"))
# # #####################
# # print(bool(0))
# # ##################### sets
# # fruits = ["apple", "banana"]
# # if "apple" in fruits:
# #   print("Yes, apple is a fruit!")
# # #####################
# # fruits = ["apple", "banana", "cherry"]
# # print(fruits[1])
# # #####################
# # fruits = ("apple", "banana", "cherry")
# # print(len(fruits))
# # #####################
# # fruits = {"apple", "banana", "cherry"}
# # more_fruits = ["orange", "mango", "grapes"]
# # fruits.update(more_fruits)
# # print(fruits)
# # ##################### dictionaries
# # car =	{
# #   "brand": "Ford",
# #   "model": "Mustang",
# #   "year": 1964
# # }
# # print(car.get("model"))
# # #####################
# # car =	{
# #   "brand": "Ford",
# #   "model": "Mustang",
# #   "year": 1964
# # }
# # car["year"] = 2020
# # print(car.get("year"))
# # ######################
# # car = {
# #   "brand": "Ford",
# #   "model": "Mustang",
# #   "year": 1964
# # }
# # car["color"] = "red"
# # print(car["color"])
# # #####################
# #
# # car =	{
# #   "brand": "Ford",
# #   "model": "Mustang",
# #   "year": 1964
# # }
# # car.pop("model")
# # print(car)
# #
# # #####################
# # car =	{
# #   "brand": "Ford",
# #   "model": "Mustang",
# #   "year": 1964
# # }
# # car.clear()
# # print(car)
# # ###################### if
# a = 50
# # b = 10
# # if a > b:
# #   print("Hello World")
# #
# # ########################
# # a = 50
# # b = 10
# # if a != b:
# #   print("Hello World")
# # ########################
# #
# # a = 50
# # b = 10
# # if a == b:
# #   print("Yes")
# # else:
# #   print("No")
# #
# # #########################
# # a = 50
# # b = 10
# # if a == b:
# #   print("1")
# # elif a > b:
# #   print("2")
# # else:
# #   print("3")
#
# ########################
#
# '''
# Use the correct short
# hand syntax to write the following
# conditional expression in one line:
#
# if 5 > 2: print("Yes"): else print("No")
#
# print("Yes") if 5 > 2  else print("No")
# '''
#print("Yes") if 5 > 2  else print("No")
#

# city_to_check = "Tucson"
# cleanest_cities = ["Cheyenne", "Santa Fe", "Tucson", "Great Falls", "Honolulu"]
#print("Hello World!")