Java. **Inheritance in Java: Creating Subclasses**Today we are using **Inheritance** to create a subclass. We have provided a `Fruit.java` class for you, and we want you to create two subclasses of that, called `Apple.java` and `Orange.java`. We will then read in some apple objects and orange objects, and print some statistics about them.### Class DetailsThe class details for `Fruit.java`, `Apple.java`, and `Orange.java` are provided below.#### Fruit.java```javaclass Fruit { int weight; int age; // Constructor Fruit(int weight, int age) { this.weight = weight; this.age = age; } // Getter for weight int getWeight() { return weight; } // Getter for age int getAge() { return age; } // Setter for weight void setWeight(int weight) { this.weight = weight; } // Setter for age void setAge(int age) { this.age = age; } @Override public String toString() { return "Weight: " + weight + ", Age: " + age; }}```#### Apple.java (extends Fruit)```javaclass Apple extends Fruit { // Constructor Apple(int weight, int age) { super(weight, age); } @Override public String toString() { return "Apple [Weight: " + weight + ", Age: " + age + "]"; }}```#### Orange.java (extends Fruit)```javaclass Orange extends Fruit { // Constructor Orange(int weight, int age) { super(weight, age); } @Override public String toString() { return "Orange [Weight: " + weight + ", Age: " + age + "]"; }}```### Details#### InputThe input for this problem has been handled for you. It will be 3 apples followed by 3 oranges, and each line follows this format:```[weight in grams] [days since picked]```#### ExampleHere is an example of how you might create and use these classes:```javapublic class Main { public static void main(String[] args) { // Creating apple objects Apple apple1 = new Apple(150, 10); ## Details### InputThe input for this problem has been handled for you. It will be 3 apples followed by 3 oranges, and each line follows this format:```[weight in grams] [days since picked]```### ProcessingThere is not much processing involved in this problem - only subclassing!Any processing will be handled for you. All you need to do is create the `Apple.java` class and the `Orange.java` class. Remember, these need to extend the `Fruit` class! The `super` keyword could be useful here.The program will then decide which group of fruit is the heaviest (in grams), either apples or oranges.### OutputThe output has been handled for you, too!### Sample Input/Output| Sample Input | Sample Output ||-------------------------|------------------------|| 145 10 | || 200 5 | || 230 12 | The oranges are heavier|| 122 5 | || 310 1 | || 270 6 | |**Diagram Explanation:**- The table shows a sample input and output. - Under "Sample Input", six entries are listed: - Three are for apples with weights and days since they were picked: - Apple 1: 145 grams, 10 days - Apple 2: 200 grams, 5 days - Apple 3: 230 grams, 12 days - Three are for oranges with weights and days since they were picked: - Orange 1: 122 grams, 5 days - Orange 2: 310 grams, 1 day - Orange 3: 270 grams, 6 days- The "Sample Output" column states "The oranges are heavier," indicating that the combined weight of the oranges is higher than that of the apples.

oday we are using Inheritance to create a subclass. We have provided a Frult.java class for you, and we want you to create two subciasss of that, calle ome statistics about them. hese are the details of the Frult.java, Apple.java, and Orange.java class. Frult nt: weight nt: age Constructor : Fruit (weight, age] nt: getWeight|) nt: getAge() old : setWeight|[int) old : setAge[int) tring : toString() Apple (extends Frult) nt: weight