For the given parent class, write a child class that satisfies the following requirements: • child class is named your first name • overrides the squish method in the child class • overloads the grow method in the child class • method signature can be of your choosing, if applicable, and you do not need to provide the method body for those two methods (i.e. only need { } ) • double instance variable named ripeness, and follows encapsulation • overrides the equals method from the Object class • must use all instance fields to determine equality • you do not need to write any constructors, getters, or setters public class Berry { // override public void squish(int[] arr, char letter) { //method body } // overload public int grow(String type, int time) { //method body } } Make sure to select the 'Preformatted' style from the dropdown so your code is formatted clearly.

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Please answer question. This is pertaining to Java programming language

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For the given parent class, write a child class that satisfies the following requirements:
• child class is named your first name
• overrides the squish method in the child class
• overloads the grow method in the child class
• method signature can be of your choosing, if applicable, and you do not need to
provide the method body for those two methods (i.e. only need { })
• double instance variable named ripeness, and follows encapsulation
• overrides the equals method from the Object class
o must use all instance fields to determine equality
• you do not need to write any constructors, getters, or setters
public class Berry {
// override
public void squish(int[] arr, char letter) {
//method body
}
// overload
public int grow(String type, int time) {
//method body
}
}
Make sure to select the 'Preformatted' style from the dropdown so your code is
formatted clearly.
Transcribed Image Text:For the given parent class, write a child class that satisfies the following requirements: • child class is named your first name • overrides the squish method in the child class • overloads the grow method in the child class • method signature can be of your choosing, if applicable, and you do not need to provide the method body for those two methods (i.e. only need { }) • double instance variable named ripeness, and follows encapsulation • overrides the equals method from the Object class o must use all instance fields to determine equality • you do not need to write any constructors, getters, or setters public class Berry { // override public void squish(int[] arr, char letter) { //method body } // overload public int grow(String type, int time) { //method body } } Make sure to select the 'Preformatted' style from the dropdown so your code is formatted clearly.
DO NOT USE THE TAB KEY WHEN WRITING CODE AS YOU MAY ACCIDENTALLY
SUBMIT YOUR EXAM. USE THE SPACE BAR INSTEAD.
Your Answer:
/**
*Extends Class.
* /
public class Alexander Extends Berry {
/*
* @Override
*/
public void vegetable(int[] arr, char letter) {
squish squish1 = new squish(int[] arr1, char letter2);
}
/**
* @Overload
* /
public int grower (String type, int time) {
this.type
this.time = time;
type;
}
/**
* Instance.
* /
private double ripeness(char letter) {
//Gross.
squash1. EqualsTo(Rotten);
}
}
Transcribed Image Text:DO NOT USE THE TAB KEY WHEN WRITING CODE AS YOU MAY ACCIDENTALLY SUBMIT YOUR EXAM. USE THE SPACE BAR INSTEAD. Your Answer: /** *Extends Class. * / public class Alexander Extends Berry { /* * @Override */ public void vegetable(int[] arr, char letter) { squish squish1 = new squish(int[] arr1, char letter2); } /** * @Overload * / public int grower (String type, int time) { this.type this.time = time; type; } /** * Instance. * / private double ripeness(char letter) { //Gross. squash1. EqualsTo(Rotten); } }
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