1. Create a method called whatsUp( ) in the student class. This method is going to return what the student is doing in class. At first, make it return always the same thing, a string for instance, surfing the web." The Answer Code MUST CONTAIN whatsUp method.

2. Change the app: include a for loop.

Create a method in the class student that returns what the student is doing.

This method has to generate the behavior randomly. It cant return the same thing every time.

Implement a for loop in the application to call for the student behavior for 20 times.

In a 20 minute period, you are going to check every minute = 20 times.

(No need to work with TIME functions in Java. We are making a simulation as if every count of the for loop is one minute.)

Generate a report in the end summarizing what the student has done in class.

Example:

John is reading

John is reading

..

John is interacting with peers

John is surfing

package lab01;

class Student{

String name;

int age;

public Student() {

}

public Student(String name, int age) {

this.name = name;

this.age = age;

}

public String toString(){

return "Name: "+this.name + " " ;

}

}

public class Lab01 {

public static void FindYoungest(Student s1[]){

int index = -1;

int age = Integer.MAX_VALUE;

for(int i=0;i

if(s1[i].age < age){

age = s1[i].age;

index = i;

}

}

if(index!=-1){

System.out.println("The Youngest is:");

System.out.println(s1[index].toString());

}

}

public static void FindOldest(Student s1[]){

int index = -1;

int age = Integer.MIN_VALUE;

for(int i=0;i

if(s1[i].age > age){

age = s1[i].age;

index = i;

}

}

if(index!=-1){

System.out.println("The Oldest is:");

System.out.println(s1[index].toString());

}

}

public static void main(String[] args) {

Student st1 = new Student("John Smith",20);

Student st2 = new Student("Zack Mills ",40);

Student st3 = new Student("Fred Fonz",30);

Student sArray[] = {st1,st2,st3};

FindYoungest(sArray);

FindOldest(sArray);

}

}