//********************************************************************
//  Bush.java
//
//  Demonstrates the basic structure of a Java application
//********************************************************************

public class Bush
{
   //-----------------------------------------------------------------
   //  Prints a quote by US President George W. Bush
   //-----------------------------------------------------------------
   public static void main (String[] args)
   {
	System.out.println ("A quote by George W. Bush:");

	System.out.println ("We need an energy bill that encourages consumption.");
   }
}


//********************************************************************
//  Bush2.java
//
//  Demonstrates a poorly formated, though valid, program
//********************************************************************

public class Bush2{public static void main(String[]args){System.out.println ("A quote by George W. Bush:");System.out.println ("We need an energy bill that encourages consumption.");}}


//********************************************************************
//  Bush3.java
//
//  Demonstrates another poorly formated, though valid, program
//********************************************************************

		public 		class
 Bush3
	{
			public
static
	 void
main
		(
String
		[]
	args					)
	{
	System.out.println (
"A quote by George
 W. Bush:"							)
; 			System.out.println ("
We need an energy 
bill that encourages 
consumption."			)
	;
}
			}



//********************************************************************
//  ChickenFlight.java       Author: Yannick Daoudi
//
//  Demonstrates the declaration, initialization, and use of an
//  integer variable.
//********************************************************************

public class ChickenFlight
{
   //-----------------------------------------------------------------
   //  Prints the longest recorded flight of a chicken.
   //-----------------------------------------------------------------
   public static void main (String[] args)
   {
      int flightTime = 13;

      System.out.println ("The longest recorded flight of a chicken " + flightTime + " seconds.");
   }
}



//********************************************************************
//  Time.java       Author: Yannick Daoudi
//
//  Demonstrates the use of an assignment statement to change the
//  value stored in a variable.
//********************************************************************

public class Time
{
   //-----------------------------------------------------------------
   //  Prints useless time related facts.
   //-----------------------------------------------------------------
   public static void main (String[] args)
   {
      int seconds = 13;  // declaration with initialization
      System.out.println ("The average yawn is " + seconds + " seconds long.");

      seconds = 3;  // assignment statement
      System.out.println ("A goldfish has an attention span of " + seconds + " seconds.");

      seconds = 20;
      System.out.println ("Apollo 11 had " + seconds + " seconds of fuel left when it landed.");
   }
}
 



//********************************************************************
//  TempConverter.java       Author: Lewis and Loftus
//
//  Demonstrates the use of primitive data types and arithmetic
//  expressions.
//********************************************************************

public class TempConverter
{
   //-----------------------------------------------------------------
   //  Computes the Farenheit equivalent of a specific Celcius value
   //  using the formula F=(9/5)C+32
   //-----------------------------------------------------------------
   public static void main (String[] args)
   {
	final int BASE = 32;
	final double CONVERSION_FACTOR = 9.0 / 5.0;

	int celciusTemp = -25;  //value to convert
	double farenheitTemp;

	farenheitTemp = celciusTemp * CONVERSION_FACTOR + BASE;

	System.out.println("Celcius Temperature: " + celciusTemp);
	System.out.println("Farenheit Temperature: " + farenheitTemp);
   }
}