/*/ 
/ This demonstration affords opportunities to explore the construction 
/ of arithmetic expressions in the context of some very simple problem solving 
 */

package expressions;

public class ExpressionsThing {


    public static void main(String[] args) {
        double one = 3.14 * 5 + 5;
        System.out.println("one = " + one);
        double two = 3.14 * ( 5 + 5 );
        System.out.println("two = " + two);
        double three = ( 3.14 * (5 + 5) );
        System.out.println("three = " + three);
        int four = (2 * 3);
        System.out.println("four = " + four);
        double five = (0.5 * 55);
        System.out.println("five = " + five);
        double six = (0.333 * 65);
        System.out.println("six = " + six);
        double seven = (0.5 * 55 + 0.333 * 65);
        System.out.println("seven = " + seven);
        double eight = ( 3.14 * ( 11.3 + 11.3 ) );
        System.out.println("eight = " + eight);
        double nine = ( 27.7 * 27.7 );
        System.out.println("nine = " + nine);
        double ten = ( ( 27.7 + 11.3 ) * 0.5 );
        System.out.println("ten = " + ten);
        double eleven = ( (243.5/100) * 17 );
        System.out.println("eleven = " + eleven);
        int twelve = ( 3/3 );
        System.out.println("twelve = " + twelve);
        int thirteen = ( ( 4 * 2 ) - 7 );
        System.out.println("thirteen = " + thirteen);
        int fourteen = ( ( 9 + 3 ) - ( 7 + 1 ) );
        System.out.println("fourteen = " + fourteen);
        int fifteen = ( 6 - ( ( 2 + 2 + 4 ) / 8 ) );
        System.out.println("fifteen = " + fifteen);
    }
}