text: Test = (1,2,3,4,5)
  # print(Test[0]) # select them accessing their index
  # print(Test[1])
  
  x = 100
  divisors = ()
  print("divisors size: ", len(divisors))
  for i in range(1,x):
      if x % i == 0:
          divisors = divisors+(i,) # by inserting coma, special case
  
  # print("divisors size: ", len(divisors))
  # print(divisors)
  
  Techs = ["MIT", "Cal Tech"]
  Ivys = ["Harvard", "Yale", "Brown"]
  Univs = []
  Univs.append(Techs)
  # print('Univs', Univs)
  #
  Univs.append(Ivys)
  # print("Univs", Univs)
  #
  for e in Univs:
      print("e", e)
  
  flat = Techs + Ivys
  # print("flat", flat)
  #
  artsSchools = ["RISD", "Harvard"]
  for u2 in artsSchools:
      if u2 in flat:
          flat.remove(u2)
  # print("flat", flat)
  #
  flat.sort()
  # print("flat", flat)
  #
  flat[1] = "UMass"
  # print("flat", flat)
  
  L1 = [2]
  L2 = [L1, L1]
  # print("L2", L2)
  L1[0] = 3
  # print("L2", L2)
  L2[0] = 'a'
  # print("L2", L2)
  #
  L1 = [2]
  L2 = L1[:]
  # print("L2", L2)
  # print('L1', L1)
  L2[0] = 'a'
  # print('L1', L1)
  # print("L2", L2)
  
  def copyList(LSource, LDest):
      for e in LSource:
          LDest.append(e)
          print("LDest", LDest)
  
  L1 = []
  L2 = [1,2,3]
  copyList(L2, L1)
  # print("L1", L1)
  # print("L2", L2)
  copyList(L1, L1)
  # print("L1", L1)
  
  D = { 1: 'one', 'deux':'two', 'pi': 3.14159 }
  D1 = D
  # print(D1)
  D[1] = 'uno'
  # print(D1)
  for k in D1.keys():
      print(k, "=", D1[k])
  
  EtoF = {"bread": "du pain", "wine": "du vin", "eats": "mange", "drinks": "bois", "likes": "aimes", 1: "un", "6.00": "6.00"}
  # print(EtoF)
  # print(EtoF.keys())
  # print(EtoF.keys)
  # del EtoF[1]
  # print(EtoF)
  
  def translateWord(word, dictionary):
      if word in dictionary:
          return dictionary[word]
      else:
          return word
  
  def translate(sentence):
      translation = ""
      word = ""
      for c in sentence:
          if c != " ":
              word = word + c
          else:
              translation = translation + " "\
                          + translateWord(word, EtoF)
              word = ""
      return translation[1:] + " " + translateWord(word, EtoF)
  
  print(translate("John eats bread"))
  print(translate("Steve drinks wine"))
  print(translate("John likes 6.00"))
  