Use the concept of polymorphism and classes to represent the following analogy: A Transportation class has the fields (model, year) with all the setters and getters. An Airplane class inherits Transportation, and it has a field number of wings (no wings) with a setter and a getter. A Car class inherits Transportation, and it has a field number of wheels (no wheels) with a setter and a getter. All the parent and child classes have toString( ) method that prints everything. In the main program, create an array of transportations of size 6 (3 of them are airplanes and 3 are cars), and put any values you choose in the constructors. Finally run a loop through the array and print all the information, and by using the tool "instance of" if the element is an airplane, print "BINGO..AIRPLANE", if the element is a car, print "BINGO.CAR"

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Q3 Use the concept of polymorphism and classes to represent the following analog A Transportation class has the fields (model, year) with all the setters and getters. An Airplane class inherits Transportation, and it has a field number of wings (no wings) with a setter and a getter. A Car class inherits Transportation, and it has a field number of wheels (no wheels) with a setter and a getter. Al the parent and child classes have toString( ) method that prints everything. In the main program, create an array of transportations of size 6 (3 of them are airplanes and 3 are cars), and put any values you choose in the constructors. Finally run a loop through the array and print all the information, and by using the tool “instance of” if the element is an airplane, print “BINGO..AIRPLANE”, if the element is a car, print “BINGO..CAR”
Q3
Use the concept of polymorphism and classes to represent the following analogy:
A Transportation class has the fields (model, year) with all the setters
and getters. An Airplane class inherits Transportation, and it has a field number
of wings (no wings) with a setter and a getter. A Car class inherits
Transportation, and it has a field number of wheels (no wheels) with a setter
and a getter. All the parent and child classes have toString( ) method that prints
everything.
In the main program, create an array of transportations of size 6 (3 of them are
airplanes and 3 are cars), and put any values you choose in the constructors.
Finally run a loop through the array and print all the information, and by using the
tool “instance of" if the element is an airplane, print "BINGO.AIRPLANE",
if the element is a car, print "BINGO..CAR"
Transcribed Image Text:Q3 Use the concept of polymorphism and classes to represent the following analogy: A Transportation class has the fields (model, year) with all the setters and getters. An Airplane class inherits Transportation, and it has a field number of wings (no wings) with a setter and a getter. A Car class inherits Transportation, and it has a field number of wheels (no wheels) with a setter and a getter. All the parent and child classes have toString( ) method that prints everything. In the main program, create an array of transportations of size 6 (3 of them are airplanes and 3 are cars), and put any values you choose in the constructors. Finally run a loop through the array and print all the information, and by using the tool “instance of" if the element is an airplane, print "BINGO.AIRPLANE", if the element is a car, print "BINGO..CAR"
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