Create a python code with 5 circles, 5 polygons, 5 line commands, 2 for loops, and 1 global variable

# Interactive Drawing

# Shapes

# This is an overview of the shapes that can be drawn on the

#canvas. For full details, please look at the documentation.

#If you are having issues figuring out which shape is drawn

#by which line of code, try commenting some of them out.

# General notes: It is acceptable to use either () or [] when

#listing points. However, be careful that you match

#the number and type of () or [] that you are using. Also,

#polygons and circles have optional parameters that allow

#you to select a fill color.

import simplegui

import math

# Global Variables

canvas_width = 600

canvas_height = 600

# Event Handlers

def draw(canvas):

   # Line Segment

   point_one = (10, 20)

   point_two = (300, 20)

   line_width = 5

   line_color = "Red"

   canvas.draw_line(point_one, point_two, line_width, line_color)

   canvas.draw_line((335, 25), (550, 50), 25, "Blue")

   # Connected Line Segments

   # Note that any number of points are allowed, and they

   #connect in the order that they are listed in the

   #method parameters. (same goes for polygons)

   point_one = (30, 50)

   point_two = (130, 150)

   point_three = (170, 100)

   line_width = 10

   line_color = "Purple"

   canvas.draw_polyline([point_one, point_two, point_three], line_width, line_color)

   canvas.draw_polyline([(500, 150), (400, 100), (342, 117), (301, 151), (200, 150)], 3, "Orange")

   # Polygons - All

   point_one = (50, 200)

   point_two = (80, 260)

   point_three = (170, 210)

   point_four = (100, 225)

   point_five = (75, 205)

   line_width = 5

   line_color = "Aqua"

   fill_color = "Lime"

   canvas.draw_polygon([point_one, point_two, point_three, point_four, point_five], line_width, line_color)

   point_one = (250, 200)

   point_two = (280, 260)

   point_three = (370, 210)

   point_four = (300, 225)

   point_five = (275, 205)

   canvas.draw_polygon([point_one, point_two, point_three, point_four, point_five], line_width, line_color, fill_color)

   canvas.draw_polygon([(450, 200), (550, 200), (450, 300), (550, 300)], 10, "Navy", "Olive")

   # Polygons - Rectangles

   # Same syntax as polygons, just using four points

   canvas.draw_polygon([(50, 300), (50, 350), (150, 350), (150, 300)], 8, "Green")

   # Simple formulas:

   # Top left corner = (a, b), Bottom right = (c, d)

   a = 200

   b = 300

   c = 220

   d = 350

   canvas.draw_polygon([(a, b), (a, d), (c, d), (c, b)], 2, "Yellow", "Yellow")

   # Top left corner = (a, b)

   a = 275

   b = 300

   width = 140 # For squares, width = height

   height = 75

   canvas.draw_polygon([(a, b), (a, b + height), (a + width, b + height), (a + width, b)], 20, "Fuchsia")

   # Polygons - Triangles

   # Same syntax as polygons, just using three points

   canvas.draw_polygon([(50, 420), (150, 470), (200, 370)], 5, "Teal", "Teal")

   # For right triangles:

   a = 200

   b = 450

   width = 100 # For one type of isosceles triangle, width = height

   height = 100

   canvas.draw_polygon([(a, b), (a + width, b), (a, b + height)], 6, "White")

   # Formula for equilateral triangles:

   a = 450

   b = 450

   width = 100

   canvas.draw_polygon([(a, b), (a + width, b), ((2 * a + width) / 2, b + width / 2 / math.tan(math.pi / 6))], 5, "Black", "Gray")

   # Circles

   center = (75, 550)

   radius = 30

   line_width = 5

   line_color = "Silver"

   fill_color = "Maroon"

   canvas.draw_circle(center, radius, line_width, line_color)

   center = (150, 550)

   canvas.draw_circle(center, radius, line_width, line_color, fill_color)

   canvas.draw_circle((350, 550), 50, 10, "Red")

   canvas.draw_circle((350, 550), 25, 10, "Blue", "Blue")

# Frame

frame = simplegui.create_frame("Shapes", canvas_width, canvas_height)

# Register Event Handlers

frame.set_draw_handler(draw)

# Remember to start the frame

frame.start()

Explanation:

This Should Work :)

these  signals travel  down a part of the neuron called the axon, which is like a wire that carries the  signal  to othernerve  cells. on average a  nerve  cell sends a  signal  at about 50 meters per second, which is over 100  miles  an hour!

a study funded by private corporations refuting global warming