Additional Info: HAS TO BE DONE IN THE APPLICATION CALLED "PROCESSING.ORG".Additional Info: HAS TO BE DONE IN THE APPLICATION CALLED "PROCESSING.ORG".

4. Draw 5 circles: Draw a canvas of size 600 x 400. Draw 5 circles (ellipses) in a horizontal row, beginning at point (100, 200), with each circle of size 75 pixels, each circle a different fill color, and each circle separated from one another by 25 pixels (i.e., points (100, 200); (200, 200); (300, 200); (400, 200); and (500, 200)). Save your code and image (.JPG format) with file name 44-5_circles-lastname'. 5. Draw 5 orange circles using a repeating For loop: Draw a canvas of size 600 x 400. Repeat activity 4, except this time use a repeating For loop in your code and only one ellipse command. Make all circles the same color of orange. Save your code and image (.JPG format) with file name -45-5_circles+for_loop-lastname'. 6. Draw 50 colored squares using a repeating For loop: Draw a canvas of size 800 x 600. Draw 50 colored squares of random position (random x, random y), random size, and random color (random R, G, and B values). Use a repeating For loop in your code and only one rectangle' command. Use integer (int) variables posX, posy, siz, Rvalue, Gvalue, and Bvalue, along with the random (x,y) function to create and store random square positions, sizes and colors before displaying each square. Save your code and image (.JPG format) with file name 46-50_squares-lastname'. 7. Draw the Solar System: Draw a canvas of size 800 x 600 with a black background color. Using the details provided on the following page (i.e., relative planet sizes and distances from the Sun), draw an approximation of the solar system (Sun + 8 planets as circles, in a horizontal line, as shown below). Use three 9-element arrays to store display data (size, color, and distance from the Sun). Decide on a starting (x,y) position for the Sun, and then use a For loop to display the nine entities. Save your code and image (.JPG format) with file name 47-solar_system-lastname'. 4. Draw 5 circles: Draw a canvas of size 600 x 400. Draw 5 circles (ellipses) in a horizontal row, beginning at point (100, 200), with each circle of size 75 pixels, each circle a different fill color, and each circle separated from one another by 25 pixels (i.e., points (100, 200); (200, 200); (300, 200); (400, 200); and (500, 200)). Save your code and image (.JPG format) with file name 44-5_circles-lastname'. 5. Draw 5 orange circles using a repeating For loop: Draw a canvas of size 600 x 400. Repeat activity 4, except this time use a repeating For loop in your code and only one ellipse command. Make all circles the same color of orange. Save your code and image (.JPG format) with file name -45-5_circles+for_loop-lastname'. 6. Draw 50 colored squares using a repeating For loop: Draw a canvas of size 800 x 600. Draw 50 colored squares of random position (random x, random y), random size, and random color (random R, G, and B values). Use a repeating For loop in your code and only one rectangle' command. Use integer (int) variables posX, posy, siz, Rvalue, Gvalue, and Bvalue, along with the random (x,y) function to create and store random square positions, sizes and colors before displaying each square. Save your code and image (.JPG format) with file name 46-50_squares-lastname'. 7. Draw the Solar System: Draw a canvas of size 800 x 600 with a black background color. Using the details provided on the following page (i.e., relative planet sizes and distances from the Sun), draw an approximation of the solar system (Sun + 8 planets as circles, in a horizontal line, as shown below). Use three 9-element arrays to store display data (size, color, and distance from the Sun). Decide on a starting (x,y) position for the Sun, and then use a For loop to display the nine entities. Save your code and image (.JPG format) with file name 47-solar_system-lastname