6 pts Fixed point laration for x12x13 120 Two obvious candi

(6 pts.] Fixed point laration for x-12x1/3 + 12-0 Two obvious candidates for fixed-point iteration functions are iCx)-12x3-12 and 92(x)-( (a) First, plot f(x)x-212 for 0x30. Verify that fx) 0 has two roots: one nearx-1.5 and another near x 21 All of the above three iteration formalas converge to these guess roots given reasonable initial Demonstrate graphically the solution procedure of the successive substitution method following the instruction below: (b) Rearrange the above equation to the form xg,()12x12 and plot the curve and y-x for 0

Solution

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

public category Tank extends applications programme
purpose target;
   public int x, y, w, h;
   public int maxX=400,maxY=360,minX=0,minY=0;
   public int maxFire;   // the utmost quantity of shots allowed for the tank to fireside promptly
   public int gamma hydroxybutyrateShells;   // The max range of shells allowed to be pink-slipped
   public Boolean isMoving, isAlive, exploded;
   Graphics g;

   Tank()

   public Tank(int xpos, int ypos, Color c, int speed, int newDirection, int maxFire)

   public void move() else break;
       case EAST:   if( (x+tankWidth()+moveBy)>maxX) else break;
case SOUTH: if( (y+tankHeight()+moveBy)>maxY ) else break;
case WEST: if( (x-moveBy<minX) ) else break;
}
   }

   public void turn(int newDirection)

   public void turnAround()

   void explode()

   public void paint(Graphics gr)

       //polygon canon wheels
       int x11[] = ;
       int y11[] = ;

       int x12[] = ;
       int y12[] = ;

       int x13[] = x11;
       int y13[] = ;

       int x14[] = ;
       int y14[] = y12;

       int x1[][] = ;
       int y1[][] = ;

       //roundrect canon compartment
       int x2[] = ;
       int y2[] = ;

       //rect canon case
       int x3[] = ;
       int y3[] = ;
       int x3w[] = ;
       int y3h[] = ;

       //oval canon cap
       int x4[] = ;
       int y4[] = ;

       //canon
       int x5[] = ;
       int y5[] = ;
       int x5w[] = ;
       int y5h[] = ;

       int d = direction - 1;

       //draw wheels
       g.setColor(Color.black);
       g.fillPolygon(x1[d], y1[d] ,8);

       //draw compartment
       g.setColor(color);
       g.fillRoundRect(x2[d],y2[d],25,25,5,5);

       //draw canon
       g.setColor(Color.black);
       g.fillRect(x5[d],y5[d],x5w[d],y5h[d]);

       //draw canon case
       g.setColor(new Color(47,79,79));
       g.fillRect(x3[d],y3[d],x3w[d],y3h[d]);

       //draw canon cap      
       g.setColor(Color.black);
       g.fillOval(x4[d],y4[d],15,15);

   }

   int tankWidth()direction==3)return 35;
       else {return 40;
   }

   int tankHeight()come 35;
   }

}