Write an application that uses an abstract Insurance class and Health and Life subclasses to display different types of insurance policies and the cost per month. The Insurance class contains a String representing the type of insurance and a double that holds the monthly price. The Insurance class constructor requires a String argument indicating the type of insurance, but the Life and Health class constructors require no arguments. The Insurance class contains a get method for each field; it also contains two abstract methods named setCost() and display(). The Life class setCost() method sets the monthly fee to $36, and the Health class sets the monthly fee to $196. Code I was given - import java.util.*; public class Health extends Insurance { public Health() { // write your code here } public void setCost() { // write your code here } public void display() { // write your code here } } public abstract class Insurance { protected String type; protected double cost; public Insurance(String lh) { // write your code here } public String getType() { // write your code here } public double getCost() { // write your code here } public abstract void setCost(); public abstract void display(); } import java.util.*; public class Life extends Insurance { public Life() { // write your code here } public void setCost() { // write your code here } public void display() { // write your code here } } import java.util.*; public class UseInsurance { public static void main(String args[]) { Scanner input = new Scanner(System.in); int insurance; System.out.println("Enter 1 for Life Insurance or 2 for Health Insurance"); String userInput = input.next(); insurance = Integer.parseInt(userInput); if(insurance == 1) insuranceLife(); else insuranceHealth(); } public static void insuranceLife() { Life life = new Life(); life.display(); } public static void insuranceHealth() { Health health = new Health(); health.display(); } }

Write an application that uses an abstract Insurance class and Health and Life subclasses to display different types of insurance policies and the cost per month. The Insurance class contains a String representing the type of insurance and a double that holds the monthly price. The Insurance class constructor requires a String argument indicating the type of insurance, but the Life and Health class constructors require no arguments. The Insurance class contains a get method for each field; it also contains two abstract methods named setCost() and display(). The Life class setCost() method sets the monthly fee to $36, and the Health class sets the monthly fee to $196. Code I was given - import java.util.; public class Health extends Insurance { public Health() { // write your code here } public void setCost() { // write your code here } public void display() { // write your code here } } public abstract class Insurance { protected String type; protected double cost; public Insurance(String lh) { // write your code here } public String getType() { // write your code here } public double getCost() { // write your code here } public abstract void setCost(); public abstract void display(); } import java.util.; public class Life extends Insurance { public Life() { // write your code here } public void setCost() { // write your code here } public void display() { // write your code here } } import java.util.*; public class UseInsurance { public static void main(String args[]) { Scanner input = new Scanner(System.in); int insurance; System.out.println("Enter 1 for Life Insurance or 2 for Health Insurance"); String userInput = input.next(); insurance = Integer.parseInt(userInput); if(insurance == 1) insuranceLife(); else insuranceHealth(); } public static void insuranceLife() { Life life = new Life(); life.display(); } public static void insuranceHealth() { Health health = new Health(); health.display(); } }

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

This is the question -

Write an application that uses an abstract Insurance class and Health and Life subclasses to display different types of insurance policies and the cost per month.

The Insurance class contains a String representing the type of insurance and a double that holds the monthly price. The Insurance class constructor requires a String argument indicating the type of insurance, but the Life and Health class constructors require no arguments. The Insurance class contains a get method for each field; it also contains two abstract methods named setCost() and display(). The Life class setCost() method sets the monthly fee to $36, and the Health class sets the monthly fee to $196.

Code I was given -

import java.util.*;

public class Health extends Insurance

{

public Health()

{

// write your code here

}

public void setCost()

{

// write your code here

}

public void display()

{

// write your code here

}

public abstract class Insurance

{

protected String type;

protected double cost;

public Insurance(String lh)

{

// write your code here

}

public String getType()

{

// write your code here

}

public double getCost()

{

// write your code here

}

public abstract void setCost();

public abstract void display();

}

import java.util.*;

public class Life extends Insurance

{

public Life()

{

// write your code here

}

public void setCost()

{

// write your code here

}

public void display()

{

// write your code here

}

import java.util.*;

public class UseInsurance

{

public static void main(String args[])

{

Scanner input = new Scanner(System.in);

int insurance;

System.out.println("Enter 1 for Life Insurance or 2 for Health Insurance");

String userInput = input.next();

insurance = Integer.parseInt(userInput);

if(insurance == 1)

insuranceLife();

else

insuranceHealth();

}

public static void insuranceLife()

{

Life life = new Life();

life.display();

}

public static void insuranceHealth()

{

Health health = new Health();

health.display();

}

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