//  SolutionToExercise_6_3.java  Copyright (c) 2006 Kari Laitinen

//  http://www.naturalprogramming.com

//  2006-02-12   File created.
//  2006-02-12   Last modification.


/*  This is a multiline comment.

   Execute this program to see the following solution:

D:\javasolutions>java SolutionToExercise_6_3

 ( first_variable  <  second_variable )  is true
 ( third_variable  <  first_variable )  is false
 ( ! ( first_variable  <  second_variable ) )  is false
 ( third_variable  >  first_variable )  is true
 ( ( first_variable + second_variable )  <  third_variable )  is true
 ( ( first_variable + second_variable )  <= third_variable )  is true
 ( ( third_variable - second_variable )  >  first_variable )  is true
 ( first_variable  ==  0 )  is false
 ( ! ( first_variable == 0 ) )  is true
 ( first_variable  >  0  ||  second_variable  <  0 )  is true
 ( first_variable  == 8  ||  second_variable  == 5 )  is false
 ( first_variable  <  second_variable  &&  third_variable >=  14 )  is true
 ( first_variable  == 5  &&  second_variable  >  8 )  is false

This is the last line of the multiline comment *****/

import java.util.* ;

class SolutionToExercise_6_3
{
   public static void main( String[] not_in_use )
   {
      Scanner keyboard = new Scanner( System.in ) ;

      int  first_variable   =   5 ;
      int  second_variable  =   8 ;
      int  third_variable   =  14 ;
   
      System.out.print( "\n ( first_variable  <  second_variable )  is "
                   + ( first_variable  <  second_variable )  ) ;
      
      System.out.print( "\n ( third_variable  <  first_variable )  is "
                   + ( third_variable  <  first_variable )  ) ;
      System.out.print( "\n ( ! ( first_variable  <  second_variable ) )  is "
                   + ( ! ( first_variable  <  second_variable ) )  ) ;
      System.out.print( "\n ( third_variable  >  first_variable )  is "
                   + ( third_variable  >  first_variable )  ) ;
      System.out.print(
         "\n ( ( first_variable + second_variable )  <  third_variable )  is "
        + ( ( first_variable + second_variable )  <  third_variable )  ) ;
      System.out.print(
         "\n ( ( first_variable + second_variable )  <= third_variable )  is "
        + ( ( first_variable + second_variable )  <= third_variable )  ) ;
      System.out.print(
         "\n ( ( third_variable - second_variable )  >  first_variable )  is "
        + ( ( third_variable - second_variable )  >  first_variable )  ) ;
      System.out.print( "\n ( first_variable  ==  0 )  is "
                   + ( first_variable  ==  0 )  ) ;
      System.out.print( "\n ( ! ( first_variable == 0 ) )  is "
                   + ( ! ( first_variable == 0 ) )  ) ;
      System.out.print(
        "\n ( first_variable  >  0  ||  second_variable  <  0 )  is "
       + ( first_variable  >  0  ||  second_variable  <  0 )  ) ;
      System.out.print(
       "\n ( first_variable  == 8  ||  second_variable  == 5 )  is "
       + ( first_variable  == 8  ||  second_variable  == 5 )  ) ;
      System.out.print(
       "\n ( first_variable  <  second_variable  &&  third_variable >=  14 )  is "
       + ( first_variable  <  second_variable  &&  third_variable >=  14 )  ) ;
      System.out.print( "\n ( first_variable  == 5  &&  second_variable  >  8 )  is "
                   + ( first_variable  == 5  &&  second_variable  >  8 )  ) ;

   }
}