text: # Absolute Value Or Module(Math: radius in Complex) Z=r*e^(ix)
  print(abs(3+5j))
  
  # Convert Numbers to Binary
  print(bin(8))
  
  # Convert Single Characters to Binary
  rint(bin(ord("M")))
  # Convert a Whole Plain Text to Binary
  # First Hard and Quick Way
  print(' '.join(bin(x)[2:].zfill(8) for x in 'Hello you'.encode('UTF-8')))
  # Second Standard and Long Way
  y = []
  for x in 'Hello you'.encode('UTF-8'):
      y.append(bin(x)[2:].zfill(8))
  print(" ".join(y))
  
  # Converst ASCII Decimals into Characters
  print(chr(65)) # Print A
  
  # Attribute Family: delattr, setattr, hasattr, getattr
  class Person:
      name = "mYName"
      age = 29
  delattr(Person, 'age') # Delete a Class Attribute
  setattr(Person, 'age', 30) # Set a Class Attribute
  print(hasattr(Person, 'age')) # Check Boolean Of a Class Attribute
  print(getattr(Person, 'name')) # Get a Class Attribute
  
  # Division & Remainder
  print(divmod(7, 2)) # 7/2 Returns (Quotient: 3, Remainder: 1)
  
  # Enumerate An Iterable Object
  mytuple = ("apple", "banana", "appricot")
  x = enumerate(mytuple, 1)
  print(list(x)) # Print element by order of enumeration
  
  # Filter through an object
  ages = [12, 78, 45, 25, 11, 32]
  def filering(x):
      if x < 18:
          return False
      else:
          return True
  adults = filter(filering, ages)
  newages = []
  for x in adults:
      newages.append(x)
  print(newages)
  
  # Convert a Decimal to HexaDecimal
  print(hex(200)[2:].upper())
  
  # Convert Hex2Dec
  print(int("FFA", 16))
  # Convert Bin2Dec
  print(int("1111", 2))
  