import java.awt.*;
import java.applet.Applet;

public class Operators extends Applet
{
private static final long serialVersionUID = 1L;

public void init()
	{
	setFont(new Font("Arial", Font.BOLD, 16));
	}

public void paint(Graphics g)
	{
	g.drawString("16 + 5 = " + (16+5), 10, 20);
	g.drawString("16 - 5 = " + (16-5), 210, 20);
	g.drawString("16 * 5 = " + (16*5), 410, 20);		//multiplication
	g.drawString("16 mod 5 = " + (16%5), 10, 40);	//the remainder upon division
	g.drawString("16 / 5 = " + (16/5), 210, 40);	//integer division
	g.drawString("16 / 5.0 = " + (16/5.0), 410, 40); 	//decimal division
	g.drawString("round(16.6) = " + Math.round(16.6), 10, 60); //round to nearest integer
	g.drawString("floor(16.6) = " + Math.floor(16.6), 210, 60);	//round up
	g.drawString("ceiling(16.6) = " + Math.ceil(16.6), 410, 60); //round down
	g.drawString("| -16 | = " + Math.abs(-16), 10, 80);	//absolute value
	g.drawString("max(16, 5) = " + Math.max(16,5), 210, 80);
	g.drawString("min(16, 5) = " + Math.min(16,5), 410, 80);
	g.drawString("sin(\u03C0) = " + Math.sin(Math.PI), 10, 100);
	g.drawString("cos(\u03C0) = " + Math.cos(Math.PI), 10, 120);
	g.drawString("tan(\u03C0) = " + Math.tan(Math.PI), 10, 140);
	g.drawString("arcsin(1) = " + Math.asin(1), 10, 160);	//inverse sine
	g.drawString("arccos(1) = " + Math.acos(1), 10, 180);	//inverse cosine
	g.drawString("arctan(1) = " + Math.atan(1), 10, 200);	//inverse tangent
	g.drawString("sqrt(2) = " + Math.sqrt(2), 10, 220);
	g.drawString("2^5 = " + Math.pow(2,5), 10, 240);
	g.drawString("exp(1) = " + Math.exp(1), 10, 260);
	g.drawString("log(1) = " + Math.log(1), 10, 280);
	g.drawString("\u03C0 = " + Math.PI, 10, 300);
	g.drawString("e = " + Math.E, 10, 320);
	g.drawString("random number = " + Math.random(), 10, 340);
	}

} //end of Operators