If the geometric object (right panel below) is drawn by the python code on the left panel, then write the necessary function drawsquares(s,N) to draw the two- dimensional geometric objects shown in Figure2. Here s = 50 argument is the distance between the starting point of squares, and N = 4 is the number of squares to be drawn. Then the invocation of the func- tion drawsquares(50, 4) will draw the set of squares. This function will only call "turtlejumpto" and "draw" functions inside the scope. 50 30 - Python code Output of the code 1 import turtle 2 3 4 def turtlejumpto (x,y): turtle.penup turtle.goto(x, y) turtle. pendown() turtle.setheading(0) 50 5 50 6 7 8 9 10 11 Figure 2: Turtle drawing: the side lengths is 30 and the distance (shift) between the starting points is 50 pixels. 12 def draw(a,b): turtle. forward(a) turtle.left (90) turtle. forward (b) turtle.left(90) turtle. forward(a) turtle.left (90) turtle. forward(b) 13 14 15 16 17 18 turtle jumpto(0,0) draw(30,30) 19