<> Comparable Method - methodName: String -priority: int + Method() + Method(methodName: String, priority: int) + abstract specificWay(): void + Getters and setters for all fields compareTo(otherMethod: Method): int + toString(): String ReadMethod - language: String + ReadMethod() + ReadMethod(methodName: String, priority: int, language: String) + specificWay(): void + Getters and setters for language + toString(): String Part 1.1. Implement the abstract class Method implements Comparable interface according to its UML diagram. Add comments stating where data fields, constructors, toString(), and other methods are (if any). Neither method should have an empty body unless abstract methods. 1. two constructors (default and the constructor with all fields) 2. getters and setters for all fields (methodName and priority). 3. toString() method: modify by yourself to match the example output. 4. Abstract method void specificWay(). 5. Implement compara To(Method otherMethod) to compare different objects by priority. Part 1.2. Implement the public class ReadMethod extends Method according to its UML diagram. Add comments stating where data fields, constructors, toString(), and other methods are (if any). Neither method should have an empty body unless abstract methods. 1. One additional field: String language. 2. two constructors(default and the constructor with all fields) including language and the fields in the superclass. 3. getters and setters for language. 4. toString() method: modify by yourself to match the example output. 5. Implement specificWay (): print: "Read loudly in " + language. Part 1.3. Write a main() method inside of the ReadMethod class, having the following: 1. Create a ReadMethod object m1 with method="Reading", priority=30, language="English" 2. Create a ReadMethod object m2 with method="Reading", priority=42, language="Spanish" 3. Test comparaTo() using m1 and m2. 4. Test specific Way() using m1 and m2 5. Print m1 and m2 using toString() Example output: Read loudly in English Read loudly in Spanish methodName=Reading, priority=30, language=English methodName=Reading, priority=40, language=Spanish 1

A(n) ____________ is one instance or variable of a class.

The technique of packaging an objects attributes into a cohesive unit that can be used as an undivided entity is ____________. a. inheritance b. encapsulation c. polymorphism d. interfacing