Question

Problem: 1. Create an abstract class Vehicle • Include data fields for the powerSource(string), the number of wheels(int), and the price(int) • Create a constructor. The constructor accepts three parameters and calls three methods. ? The first method setPowerSource accepts the powerSource parameter, the second setWheels accepts the wheels parameter, and the third method setPrice prompts the user for a vehicle price. • Create three get methods that return the values for the data fields • Create two set methods, which assign values to the powerSource and wheels fields. ? Use the method JOptionPane.showInputDialog to take inputs from user. • Create a method setPrice(), which an abstract method • Save the file as Vehicle.java 2. Create a class Sailboat by extending the abstract class Vehicle • Include a data field length(int) • Create a constructor. The constructor has no parameters and call two methods ? The first method call is to call the parent constructor. It has two actual parameters: "wind" and 0. ? The second method setLength has no parameters. • Create a get method that return the value of the data field • Create a set method that assign value to the length fields ? Use the method JOptionPane.showInputDialog to take inputs from user. • Save the file as Sailboat.java 3. Create a class Bicycle by extending the abstract class Vehicle • Create a constructor. The constructor has no parameters and call its parent constructor, ? The first method call is to call the parent constructor. It has two actual parameters: "a person" and 2. • Create a get method that return the value of the data field • Create a set method that assign value to the length fields ? Use the method JOptionPane.showInputDialog to take inputs from user. • Save the file as Bicycle.java

          Problem:
1. Create an abstract class Vehicle
• Include data fields for the powerSource(string), the number of wheels(int), and the
price(int)
• Create a constructor. The constructor accepts three parameters and calls three
methods.
? The first method setPowerSource accepts the powerSource parameter, the
second setWheels accepts the wheels parameter, and the third method
setPrice prompts the user for a vehicle price.
• Create three get methods that return the values for the data fields
• Create two set methods, which assign values to the powerSource and wheels fields.
? Use the method JOptionPane.showInputDialog to take inputs from user.
• Create a method setPrice(), which an abstract method
• Save the file as Vehicle.java
2. Create a class Sailboat by extending the abstract class Vehicle
• Include a data field length(int)
• Create a constructor. The constructor has no parameters and call two methods
? The first method call is to call the parent constructor. It has two actual
parameters: "wind" and 0.
? The second method setLength has no parameters.
• Create a get method that return the value of the data field
• Create a set method that assign value to the length fields
? Use the method JOptionPane.showInputDialog to take inputs from user.
• Save the file as Sailboat.java
3. Create a class Bicycle by extending the abstract class Vehicle
• Create a constructor. The constructor has no parameters and call its parent
constructor,
? The first method call is to call the parent constructor. It has two actual
parameters: "a person" and 2.
• Create a get method that return the value of the data field
• Create a set method that assign value to the length fields
? Use the method JOptionPane.showInputDialog to take inputs from user.
• Save the file as Bicycle.java

Problem:
1. Create an abstract class Vehicle
• Include data fields for the powerSource(string), the number of wheels(int), and the
price(int)
• Create a constructor. The constructor accepts three parameters and calls three
methods.
? The first method setPowerSource accepts the powerSource parameter, the
second setWheels accepts the wheels parameter, and the third method
setPrice prompts the user for a vehicle price.
• Create three get methods that return the values for the data fields
• Create two set methods, which assign values to the powerSource and wheels fields.
? Use the method JOptionPane.showInputDialog to take inputs from user.
• Create a method setPrice(), which an abstract method
• Save the file as Vehicle.java
2. Create a class Sailboat by extending the abstract class Vehicle
• Include a data field length(int)
• Create a constructor. The constructor has no parameters and call two methods
? The first method call is to call the parent constructor. It has two actual
parameters: "wind" and 0.
? The second method setLength has no parameters.
• Create a get method that return the value of the data field
• Create a set method that assign value to the length fields
? Use the method JOptionPane.showInputDialog to take inputs from user.
• Save the file as Sailboat.java
3. Create a class Bicycle by extending the abstract class Vehicle
• Create a constructor. The constructor has no parameters and call its parent
constructor,
? The first method call is to call the parent constructor. It has two actual
parameters: "a person" and 2.
• Create a get method that return the value of the data field
• Create a set method that assign value to the length fields
? Use the method JOptionPane.showInputDialog to take inputs from user.
• Save the file as Bicycle.java

Added by Jacqueline J.

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