What is difference between multiple inheritance and multilevel inheritance?

The key difference between multiple and multilevel inheritance is that multiple inheritance occurs when one class inherits from many base classes, whereas multilevel inheritance is when a class inherits from a derived class, making that derived class a base class for a new class. What is the difference between multilevel inheritance and multiple inheritance? Multilevel inheritance refers, where you can inherit from a derived class, thus making this derived class the base class of the new class. In C++ programming, not only can you derive a class from the base class, but you can also derive a class from the derived class. This form of inheritance is known as multi-level inheritance.

In simple terms, you can say that hybrid inheritance is a combination of single and multiple inheritance. Multilevel inheritance refers to a mechanism in OO technology where you can inherit from a derived class, making this derived class the base class for the new class. The disadvantage of multiple inheritance is that it can lead to a lot of confusion (ambiguity) when two base classes implement a method with the same name. For example, class C extends class B and class B extends class A, so this type of inheritance is known as multilevel inheritance.

The difference between multiple and multilevel inheritance is that multiple inheritance occurs when one class inherits from many base classes, whereas multilevel inheritance is when a class inherits from a derived class, which makes that derived class a base class for a new class. Multilevel inheritance occurs when a class inherits from a derived class by making that derived class a base class for a new class. The problem with “multiple inheritance” is that the derived class will have to manage the dependency of two base classes. Multiple inheritance is a characteristic of some object-oriented computer programming languages in which an object or class can inherit characteristics and characteristics from more than one parent object or parent class.