Define a function drawCircle.

This function should expect a Turtle object, the coordinates of the circle's center point, and the circle's radius as arguments. The function should draw the specified circle. The pen color should be changed to yellow before drawing a circle and the width of the pen to 5 pixels. The algorithm should draw the circle's circumference by turning 3 degrees and moving a given distance 120 times. Calculate the distance moved with the formula 2.0*n*radius/120.0.

Fill in the circle with blue color. After drawing the circle, hide the turtle.

import turtle

import math

def drawCircle(centerpoint, radius):

degree = 3

count = 0

centerpoint = (2.0 * math. pi * radius / 120)

t. home()

t. setheading(degree)

while count <= 120:

t. down()

t. forward(2.0 * math. pi * radius / 120)

t. up()

degree += 3

t. setheading(degree)

count += 1

drawCircle(centerpoint, radius)

See Explaination

Explanation:

Function drawCircle

-Expect Turtle object, coordinates of the circle's center point and

circle's radius as arguments

-Function draws circle

-Draw circle's circumference by turning 3 degrees and moving a given

distance, 120 times.

-Calculate the distance moved with formula 2.0 * 3.14 * radius /120

"""

def drawCircle (turtle, centerpoint, radius):

circumference = 2 * 3.14 * (radius/120)

print "The circumference moved is", circumference

turtle.up()

(x,y) = centerpoint[-1]

turtle.turn(3)

turtle.move(120)

turtle.down()

from turtlegraphics import Turtle

turtle=Turtle()

drawCircle(turtle, [(20,20)], 20)

since it can be assumed that what aslam is making is a template by compiling all the commonly used excel formatting in several worksheets in an excel document, aslam can choose to save it using the .xltx or .xltm format instead. thus, aslam can distribute the templates he has made to his team members in an easier manner.

answer; /// i believe the correct answer is (color filter);