In this exercise, you are given a Food superclass and two subclasses, Fruit and Meat. These methods are complete. You are also given a FoodTester with three objects. You need to create one ArrayList to store the objects, then loop through that ArrayList and print the objects using the toString(). S tarter Code Food.java: public class Food { private String name; private int calories; public Food(String name, int calories){ this.name = name; this.calories = calories; } public String toString(){ return name + " has " + calories + " calories"; } } FoodTester.java: import java.util.*; public class FoodTester { public static void main(String[] args) { Food pizza = new Food("Pizza", 250); Fruit orange = new Fruit("Orange", 120, "orange"); Meat hamburger = new Meat("Burger", 230, true); // Create an ArrayList and add all three onbject to it // Loop through the array and print out the objects using the toString } } Fruit.java: public class Fruit extends Food { private String color; public Fruit(String name, int calories, String color){ super(name, calories); this.color = color; } } Meat.java: public class Meat extends Food { private boolean red; public Meat(String name, int calories, boolean isRed){ super(name, calories); red = isRed; } }
In this exercise, you are given a Food superclass and two subclasses, Fruit and Meat. These methods are complete. You are also given a FoodTester with three objects. You need to create one ArrayList to store the objects, then loop through that ArrayList and print the objects using the toString(). S tarter Code Food.java: public class Food { private String name; private int calories; public Food(String name, int calories){ this.name = name; this.calories = calories; } public String toString(){ return name + " has " + calories + " calories"; } } FoodTester.java: import java.util.*; public class FoodTester { public static void main(String[] args) { Food pizza = new Food("Pizza", 250); Fruit orange = new Fruit("Orange", 120, "orange"); Meat hamburger = new Meat("Burger", 230, true); // Create an ArrayList and add all three onbject to it // Loop through the array and print out the objects using the toString } } Fruit.java: public class Fruit extends Food { private String color; public Fruit(String name, int calories, String color){ super(name, calories); this.color = color; } } Meat.java: public class Meat extends Food { private boolean red; public Meat(String name, int calories, boolean isRed){ super(name, calories); red = isRed; } }
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
In this exercise, you are given a Food superclass and two subclasses, Fruit and Meat. These methods are complete.
You are also given a FoodTester with three objects. You need to create one ArrayList to store the objects, then loop through that ArrayList and print the objects using the toString().
S
tarter Code
Food.java:
public class Food { private String name; private int calories; public Food(String name, int calories){ this.name = name; this.calories = calories; } public String toString(){ return name + " has " + calories + " calories"; } }FoodTester.java:
import java.util.*; public class FoodTester { public static void main(String[] args) { Food pizza = new Food("Pizza", 250); Fruit orange = new Fruit("Orange", 120, "orange"); Meat hamburger = new Meat("Burger", 230, true); // Create an ArrayList and add all three onbject to it // Loop through the array and print out the objects using the toString } }Fruit.java:
public class Fruit extends Food { private String color; public Fruit(String name, int calories, String color){ super(name, calories); this.color = color; } }Meat.java:
public class Meat extends Food { private boolean red; public Meat(String name, int calories, boolean isRed){ super(name, calories); red = isRed; } }Expert Solution
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