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@@ -2856,70 +2856,6 @@ The introduction of virtual machines allowed companies to deploy multiple busine
 <details>
 <summary>Explain inheritance and how to use it in Python</summary><br><b>
 
-```
-By definition inheritance is the mechanism where an object acts as a base of another object, retaining all its
-properties.
-
-So if Class B inherits from Class A, every characteristics from class A will be also available in class B.
-Class A would be the 'Base class' and B class would be the 'derived class'.
-
-This comes handy when you have several classes that share the same functionalities.
-
-The basic syntax is:
-
-class Base: pass
-
-class Derived(Base): pass
-
-A more forged example:
-
-class Animal:
-    def __init__(self):
-        print("and I'm alive!")
-
-    def eat(self, food):
-        print("ñom ñom ñom", food)
-
-class Human(Animal):
-    def __init__(self, name):
-        print('My name is ', name)
-        super().__init__()
-
-    def write_poem(self):
-        print('Foo bar bar foo foo bar!')
-
-class Dog(Animal):
-    def __init__(self, name):
-        print('My name is', name)
-        super().__init__()
-
-    def bark(self):
-        print('woof woof')
-
-
-michael = Human('Michael')
-michael.eat('Spam')
-michael.write_poem()
-
-bruno = Dog('Bruno')
-bruno.eat('bone')
-bruno.bark()
-
->>> My name is  Michael
->>> and I'm alive!
->>> ñom ñom ñom Spam
->>> Foo bar bar foo foo bar!
->>> My name is Bruno
->>> and I'm alive!
->>> ñom ñom ñom bone
->>> woof woof
-
-Calling super() calls the Base method, thus, calling super().__init__() we called the Animal __init__.
-
-There is a more advanced python feature called MetaClasses that aid the programmer to directly control class creation.
-```
-</b></details>
-
 <details>
 <summary>Explain and demonstrate class attributes & instance attributes</summary><br><b>