Semester One Final

Code

    ///Name: Tim Gibson
    ///Period: 6
    ///Project Name: Semester One Final
    ///File Name: Final.java
    ///Date Finished: 1/22/15
            
    import java.util.Scanner;
    import java.util.Random;
        
    public class Final
    {
        public static void main ( String[] args )
        {
            Scanner kb = new Scanner(System.in);
            Random r = new Random();
            int ht, nof, t, h; //ht for heads or tales nof is number of flips, t for tails, h for heads
            double poh, pot; //probabilty of heads/tails
            t = 0;
            h = 0;//have to be initialized
            do
            {
                
                System.out.print("How many times would you like the coin to be flipped? ");
                nof = kb.nextInt();
                    
                if ( nof <= 0 || nof > 2100000000 )
                    System.out.println("Improper number of flips. Try again.");
            } while ( nof <= 0 || nof > 2100000000 );
                
            for ( int x = 1; x <= nof; x++)
            {
                ht = 1 + r.nextInt(2);
                    
                if ( ht == 1 ) //heads
                    h++;
                else if ( ht == 2 ) //tails
                    t++;
            }
                
            poh = ((double)h / nof) * 100;
            pot = ((double)t / nof) * 100;
            System.out.println( "\nHeads: " + h + " Tails: " + t );
            System.out.println( "\nProbability of heads: " + poh + "% Probability of tails: " + pot + "%" );
        }
    }
    //it seems like the bigger the number, the closer to 50 50 as possible. Although I did hit 50 50 twice with ten, I think that was just dumb luck. The bigger the number, the closer to 50 50, that is my conclusion.
    

Picture of the output