Explain the concept of inheritance in java by providing examples from the real life. You should identify the Superclass and Subclasses in your example
A super class called Human. Added some attributes and functions. Attributes such as eyes, ears, brain, legs. Functions such as walk, talk, think, sleep etc.
Inheritance : 2 sub classes - Man and Woman. They inherited the attributes and functions of class human. Also added some attributes and functions specific to these classes. For the man and the woman class, added attributes specific to their anatomy.Also added functions specific to these classes, for instance, the function "GiveBirthToNewHuman" to the woman class.
Super class -Human
sub class -Man and Woman
Explain the concept of inheritance in java by providing examples from the real life. You should...
Describe a real life scenario that can be modeled with inheritance. Then, explain why inheritance is a better model for your scenario than polymorphism. Describe a real life scenario that can be modeled with polymorphism. Then, explain why polymorphism is a better model for your scenario than inheritance.
Write 3 Java classes called Car, OffroadCar and HybridCar. Demonstrate the concept of inheritance by making the Car class your superclass. Give it the following attributes: int num_doors; // number of doors the car has int hp; // the horse power of the car boolean manual; // true if manual transmission, false if automatic ____________ OffroadCar Class should be derived from the Car class and have the additional attribute: int wheel_diameter; // diameter of wheel in mm. _____________________ HybridCar should...
Explain the terms “deductive reasoning” and “decision making”, providing examples from your daily life that illustrates each of these cognitive processes. Make sure you support your discussion with information from the unit’s Readings.
explain the following concepts providing well structured notes and examples. a) inheritance b) polymorphism c) aggregation d) encapsulation
JAVA - Abstraction and Encapsulation are one pillar of OOP (Object Oriented Programming). Another is inheritance and polymorphism. In this assignment we will use inheritance and polymorphism to solve a problem. Part (a) of the figure below shows a symbolic representation of an electric circuit called an amplifier. The input to the amplifier is the voltage vi and the output is the voltage vo. The output of an amplifier is proportional to the input. The constant of proportionality is called...
Explain the following object-oriented(OO) concepts with the aid of code examples (either C++ or Java): Inheritance Over-riding . Over-loading Describe any differences between C++ and Java in how these OO concepts are implemented? 3(c) 17 Marks] Describe C++ namespaces using a code example. Describe Java packages, again using a code example. How do C++ namespaces compare to Java packages? 3(d) [5 Marks] What are inline methods in C++/Java? Explain the terms accessor and mutator. Explain the following object-oriented(OO) concepts with...
1. You often need to know the inheritance ____________________ of the Java API to work with its classes and subclasses. 2. All objects have access to the methods of the ____________ class. 3. If two classes share some common elements, you can define those elements in a ____________. 4. To call a constructor or method of a superclass from a subclass, you use the ____________ keyword. 5. A class that can be inherited by another...
Explain (PROVIDE 3 DETAILED SUPPORTING ARGUMENTS WITH REAL-WORLD EXAMPLES) how you would explain the concept of Total Cost Sourcing to the senior management of a Caribbean located retail organisation.
Explain entire concept of Correlation coefficient using 5 real life situations which explains the concept of correlation coefficient in detail.
real-life examples of data variables and challenged you to decide whether the random variable was discrete or continuous. Please provide two of your own real-life examples of data variables, one with a discrete random variable and one with a continuous random variable. Explain why they are discrete and continuous respectively.