Complete the following code segment to handle potential zero denominators. When there is a zero denominator, use "zero denominator" as the message to pass to the exception object. You may get the message from an exception object by using e.getMessage(). Sample run Input: Output: Test import java.util.Scanner; import chapter11.fraction.Fraction; import chapter11.fraction.exception.ZeroDenominatorException; public class Test { public static void main(String[] args) { Scanner stdin = new Scanner(System.in); try { Fraction fraction = new Fraction(stdin.nextInt(), stdin.nextInt()); fraction.print(); fraction = new Fraction(stdin.nextInt(), stdin.nextInt()); fraction.print(); fraction = new Fraction(stdin.nextInt(), stdin.nextInt()); fraction.print(); fraction = new Fraction(stdin.nextInt(), stdin.nextInt()); fraction.print(); } // code starts here /code ends here } } ZeroDenominatorException package chapter11.fraction.exception; // code starts here // code ends here Fraction package chapter11.fraction; import chapter11.fraction.exception.ZeroDenominatorException; public class Fraction { private int num; private int denom; // code starts here // code ends here public Fraction() throws ZeroDenominatorException { this (1,1); } public Fraction add(Fraction frac) throws ZeroDenominatorException { int n = this.num * frac.denom + this.denom * frac.num; int d = this.denom * frac.denom; return new (n, d); } public Fraction sub(Fraction frac) throws ZeroDenominatorException { int n = this.num * frac.denom - this.denom * frac.num; int d = this.denom * frac.denom; return new (n, d); } public Fraction mult(Fraction frac) throws ZeroDenominatorException { int n = this.num * frac.num; int d = this.denom * frac.denom; return new (n, d); } public Fraction div(Fraction frac) throws ZeroDenominatorException { int n = this.num * frac.num; int d = this.denom * frac.denom; return new (n, d); } public void print() { if (num != 0 && denom != 0) { System.out.println(num + "/" + denom); } else if (num ==0) { System.out.print(0); } else { System.out.println("NaF"); } } public int getNum() { return this.num; } public int getDenom() { return this.denom; } }.

1. Complete the following code segment to handle potential zero denominators. When there is a
zero denominator, use "zero denominator" as the message to pass to the exception object. You
may get the message from an exception object by using e.getMessage().
Sample run
Input:
Output:
Test
import java.util.Scanner;
import chapter11.fraction.Fraction;
import chapter11.fraction.exception.ZeroDenominatorException;
public class Test {
public static void main(String[] args) {
Scanner stdin = new Scanner(System.in);
try {
Fraction fraction = new Fraction(stdin.nextInt(), stdin.nextInt());
fraction.print();
fraction = new Fraction(stdin.nextInt(), stdin.nextInt());
fraction.print();
fraction = new Fraction(stdin.nextInt(), stdin.nextInt());
fraction.print();
fraction = new Fraction(stdin.nextInt(), stdin.nextInt());
fraction.print();
}
// code starts here
/code ends here
}
}
ZeroDenominatorException
package chapter11.fraction.exception;
// code starts here
// code ends here
Fraction
package chapter11.fraction;
import chapter11.fraction.exception.ZeroDenominatorException;

2. public class Fraction {
private int num;
private int denom;
// code starts here
// code ends here
public Fraction() throws ZeroDenominatorException {
this (1,1);
}
public Fraction add(Fraction frac) throws ZeroDenominatorException {
int n = this.num * frac.denom + this.denom * frac.num;
int d = this.denom * frac.denom;
return new (n, d);
}
public Fraction sub(Fraction frac) throws ZeroDenominatorException {
int n = this.num * frac.denom - this.denom * frac.num;
int d = this.denom * frac.denom;
return new (n, d);
}
public Fraction mult(Fraction frac) throws ZeroDenominatorException {
int n = this.num * frac.num;
int d = this.denom * frac.denom;
return new (n, d);
}
public Fraction div(Fraction frac) throws ZeroDenominatorException {
int n = this.num * frac.num;
int d = this.denom * frac.denom;
return new (n, d);
}
public void print() {
if (num != 0 && denom != 0) {
System.out.println(num + "/" + denom);
} else if (num ==0) {
System.out.print(0);
} else {
System.out.println("NaF");
}

3. }
public int getNum() {
return this.num;
}
public int getDenom() {
return this.denom;
}
}