question $8$: Write a function called figure$\_$row$($x$,$ y$,$ n$)$ that draws a horizontal line of n stick figures. Draw the first stick figure at $($x$,$ y$),$ and the others to the right of it at equally$-$spaced intervals. Don't let the figures overlap or go off the screen.

$($x$,$ y$)$ should be either the bottom$-$left or bottom$-$right corner of the row of stick figures.

Note that there is no size parameter passed to figure$\_$row. Draw stick figures of size s a row of $10$ stick figures: using the a$2$ file def figure$\_$row$($x$,$ y$,$ n$).$ so far this is what u have fix it so it draws $10$ stick figures in a row next to each other using my a$2$ file

for i in range$($n$)$:

size $=10$

radius $=4$

a$2.$jumpto$($x $+$ i $*50,$ y$)$

a$2.$eye$($radius$)$

turtle.fillcolor$(\text{'}$white$\text{'})$

turtle.begin$\_$fill$()$

turtle.circle$($radius$)$

turtle.end$\_$fill$()$

turtle.fillcolor$(\text{'}$black$\text{'})$

turtle.begin$\_$fill$()$

turtle.circle$($radius $/2)$

turtle.end$\_$fill$()$

a$2.$draw$\_$happy$($size$)$

a$2.$jumpto$($x$,$ y$)$

turtle.pendown$()$

turtle.setheading$(-60)$

turtle.circle$($size$,120)$

turtle.penup$()$

a$2.$draw$\_$sad$($size$)$

turtle.pendown$()$

turtle.setheading$(240)$

turtle.circle$($size$,120)$

turtle.penup$()$

a$2.$draw$\_$surprised$($size$)$

turtle.pendown$()$

turtle.setheading$(0)$

turtle.circle$($size$)$

turtle.penup$()$

a$2.$draw$\_$neutral$($size$)$

turtle.pendown$()$

turtle.goto$(-$size $/2,0)$

turtle.forward$($size$)$

turtle.penup$()$

a$2.$draw$\_$eyes$($size$)$

turtle.penup$()$

turtle.goto$(-$size $/4,$ size $/4)$

turtle.pendown$()$

a$2.$eye$($size $/5)$

turtle.penup$()$

turtle.goto$($size $/4,$ size $/4)$

turtle.pendown$()$

a$2.$eye$($size $/5)$

turtle.penup$()$

a$2.$nose$($size$)$

turtle.pensize$($size $//30)$

turtle.penup$()$

turtle.goto$(0,$ size $/5)$

turtle.pendown$()$

turtle.setheading$(-120)$

turtle.forward$($size $*0\mathrm{.}25)$

turtle.left$(120)$

turtle.forward$($size $*0\mathrm{.}125)$

turtle.penup$()$

return turtle.position$()$

a$2.$head$($size$)$

head$\_$color $=$ random.choice$([\text{'}$red$\text{'},$ 'blue', 'green', 'yellow', 'purple', 'orange'$])$

turtle.fillcolor$($head$\_$color$)$

# Draw the head $($circle$)$

turtle.penup$()$

turtle.goto$(0,-$size$)$

turtle.pendown$()$

turtle.begin$\_$fill$()$

turtle.circle$($size$)$

turtle.end$\_$fill$()$

turtle.penup$()$

# Draw eyes

draw$\_$eyes$($size$)$

# Draw nose

nose$\_$pos $=$ nose$($size$)$

# Draw mouth

turtle.goto$($nose$\_$pos$[0],$ nose$\_$pos$[1]-$ size $/2)$

turtle.setheading$(180)$

mouth$\_$styles $=[\text{'}$happy$\text{'},$ 'sad', 'surprised', 'neutral'$]$

selected$\_$mouth $=$ random.choice$($mouth$\_$styles$)$

if selected$\_$mouth $==$ 'happy':

draw$\_$happy$($size $/4)$

elif selected$\_$mouth $==$ 'sad':

draw$\_$sad$($size $/4)$

elif selected$\_$mouth $==$ 'surprised':

draw$\_$surprised$($size $/4)$

else:

draw$\_$neutral$($size $/4)$

a$2.$body$($size$)$

# Draw the body

turtle.penup$()$

turtle.goto$(0,-$size$)$

turtle.pendown$()$

turtle.goto$(0,-$size $*2)$

turtle.penup$()$

a$2.$armsarm$($size$)$

# Draw the arms

turtle.goto$(0,-$size $*1\mathrm{.}5)$

turtle.pendown$()$

turtle.goto$(-$size, $-$size $*1\mathrm{.}5)$

turtle.penup$()$

turtle.goto$(0,-$size $*1\mathrm{.}5)$

turtle.pendown$()$

turtle.goto$($size$,-$size $*1\mathrm{.}5)$

turtle.penup$()$

a$2.$legs$($size$)$

# Draw the legs

turtle.goto$(0,-$size $*2)$

turtle.pendown$()$

turtle.goto$(-$size $/2,-$size $*3)$

turtle.penup$()$

turtle.goto$(0,-$size $*2)$

turtle.pendown$()$

turtle.goto$($size $/2,-$size $*3)$

turtle.penup$()$

a$2.$stick$\_$figure$($size$)$

head$($size$)$

body$($size$)$

arms$($size$)$

legs$($size$)$

def draw$\_$multiple$\_$rows$($start$\_$x$,$ start$\_$y$,$ rows, figures$\_$per$\_$row$)$:

vertical$\_$spacing $=70$

for i in range$($rows$)$:

y$\_$position $=$ start$\_$y $-$ i $*$ vertical$\_$spacing

figure$\_$row$($start$\_$x$,$ y$\_$position, figures$\_$per$\_$row$)$

a$2.$pyturtle.penup$()$

a$2.$turtle.goto$($x$,$ Y$)$

turtle.setheading$(0)$

turtle.pendown$()$

a$2.$stick$\_$figure$($a$2.$size$)$

turtle.speed$(0)$

turtle.hideturtle$()$

turtle.done$().$ and do question $9$ : Write a function called figure$\_$grid$($x$,$ y$,$ r$,$ c$)$ that draws a rectangular array consisting of r rows each containing c stick figures $($drawn using figure$\_$row$).$ Draw each row at regularly spaced intervals, and don't let figures overlap or go off the screen.

Draw the figures at a size that allows for at least $5$ rows and $10$ figures per row to fit on the screen.

For example, here's a $10$ by $10$ grid of stick figures: