
def my_square(y):
	""" takes a valuea nd returns the squared value, in this case the value is 3.
	uses the ** operator
	"""
	return(y ** 2)

def my_square2(x):
	""" uses the * operator to calculate square
	"""
	return(x * x)

print(my_square(40))
print(my_square2(41))
36530ea8332e872c8b8e169e41c3c6f0bede31a5
<mask token>

def my_square(y):
    """ takes a valuea nd returns the squared value, in this case the value is 3.
	uses the ** operator
	"""
    return y ** 2


<mask token>

def my_square(y):
    """ takes a valuea nd returns the squared value, in this case the value is 3.
	uses the ** operator
	"""
    return y ** 2


def my_square2(x):
    """ uses the * operator to calculate square
	"""
    return x * x


<mask token>

def my_square(y):
    """ takes a valuea nd returns the squared value, in this case the value is 3.
	uses the ** operator
	"""
    return y ** 2


def my_square2(x):
    """ uses the * operator to calculate square
	"""
    return x * x


print(my_square(40))
print(my_square2(41))


def my_square(y):
	""" takes a valuea nd returns the squared value, in this case the value is 3.
	uses the ** operator
	"""
	return(y ** 2)

def my_square2(x):
	""" uses the * operator to calculate square
	"""
	return(x * x)

print(my_square(40))
print(my_square2(41))