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public class Engine { int model; //attribute without restricted access. It can be accessed without creating an object of the class maxPower; //attribute with restricted access. Scope of the variable: Engine cl...

The given code demonstrates the use of inheritance and method overriding in Java. Here’s a breakdown:

  1. The Engine class is defined with two attributes: model (without restricted access) and maxPower (with restricted access within the Engine class).
  2. The getModel() method is used to retrieve the value of the model attribute.
  3. The setModel(String newModel) method is used to assign a new value to the model attribute.
  4. The setMaxPower(int newMaxPower) method is declared as an abstract method, which means it must be implemented by any subclass that extends the Engine class.
  5. The Diesel class inherits from the Engine class using the keyword extends.
  6. In the main method of the Diesel class, an object of type Diesel named “vw” is created.
  7. The setModel() method is called on “vw” to set its model to “VW”.
  8. The setMaxPower() method is implemented in Diesel by overriding the abstract method from Engine.
  9. Finally, the getModel() method is called on “Diesel” object and its result is printed.

Note: It seems there might be some issues with syntax errors in your code (e.g., missing data types for variables, incorrect parameter name in setMaxPower()). Please ensure that you have properly defined your classes and fixed any compilation errors before running it.


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