Code:

#super class 1
class A:
    def fun1(self):
        print("Super class A");
        
#super class 2
class B():
    def fun2(self):
        print("Super class B");
        
#sub class
class C(A,B):
    def fun3(self):
        print("Derived from the following classes: ");
        self.fun1();
        self.fun2();

obj=C();
obj.fun3();

Output:

Derived from the following classes:
Super class A
Super class B

Multilevel Inheritance

In this type of inheritance, a subclass acts as a superclass for another subclass. This allows the final subclass to inherit all the properties of its ancestors.

The following diagram explains the above statement.

The following code explains this type of inheritance

Code:

#Super class
class A:
    def fun1(self):
        print("Class A", end=" -> ");
        
#sub class
class B(A):
    def fun2(self):
        print("Class B", end=" -> ")
        
#sub-sub class
class C(B):
    def fun3(self):
        self.fun1();
        self.fun2();
        print("Class C");

obj=C();
obj.fun3();

Output:

Class A -> Class B -> Class C

Hierarchical Inheritance

In this type of inheritance, there exists only one superclass and many subclasses. All of these subclasses can inherit the properties of the superclass from which they were inherited.

The following diagram explains the above statement.

The following code explains this type of inheritance.

Code:

#Super class
class A:
    def fun1(self):
        print("Super class A", end=" -> ")
        
#sub class 1
class B(A):
    def fun2(self):
        self.fun1();
        print("Sub class B");
        
#sub class 2
class C(A):
    def fun3(self):
        self.fun1();
        print("Sub class C");
        
#subclass 3
class D(A):
    def fun4(self):
        self.fun1();
        print("Sub class D");

obj1=B();
obj2=C();
obj3=D();
obj1.fun2();
obj2.fun3();
obj3.fun4();

Output:

Super class A -> Sub class B
Super class A -> Sub class C
Super class A -> Sub class D

Hybrid Inheritance

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