Python: Write a function called squares_around_point that will draw a certain numbers of squares around a point. This function will take two arguments: the number of squares, and the size of each square. Then we write a driver to test this function. In the driver, we must use the input function to get the number of squares drawn on the circle from the user. Make sure the square function has the default value of 100 for length, and we use that default size for the square in the square function. Then modify the squares_around_point function so that the turtle will move 20 units forward after it turns left and before the square function is called. You must use both the functions square and move in your function. Give this function a new name such as squares_around_circle and test it by drawing a figure with 100 squares.

def square(l=100): for i in range(4): turtle.fd(l) turtle.lt(90)

def move(l): turtle.pu() turtle.fd(l) turtle.pd()