The exception in the code snippet below is caught and handled in the catch block that is declared for
ArithmeticException.
public class ExceptionHandling {
public static void main(String[] args) {
try {
int x = 10;
int y = 0;
int z = x / y;
} catch (ArithmeticException e) {
System.out.println("Division by zero");
}
}
}
The try block contains the code that could potentially throw an exception. In this case, the code that could throw an exception is the
int z = x / y; statement. If the y variable is equal to 0, then the
ArithmeticException exception will be thrown.
The catch block is declared for the ArithmeticException exception. This means that if the
ArithmeticException exception is thrown, the catch block will be executed. The
catch block will then print the message "Division by zero".
If the y variable is not equal to 0, then the ArithmeticException exception will not be thrown. In this case, the
try block will execute normally and the catch block will not be executed.
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The exception in the code snippet below is caught and handled in the
catchblock that is declared forArithmeticException.The
tryblock contains the code that could potentially throw an exception. In this case, the code that could throw an exception is theint z = x / y;statement. If theyvariable is equal to 0, then theArithmeticExceptionexception will be thrown.The
catchblock is declared for theArithmeticExceptionexception. This means that if theArithmeticExceptionexception is thrown, thecatchblock will be executed. Thecatchblock will then print the message "Division by zero".If the
yvariable is not equal to 0, then theArithmeticExceptionexception will not be thrown. In this case, thetryblock will execute normally and thecatchblock will not be executed.