numbers = []

def averge(new_number):

numbers.append(new_number)

return sum(numbers) / len(numbers)

print(averge(10))

print(averge(20))

print(averge(30))

def make_averge():

numbers = []

def averge(new_number):

numbers.append(new_number)

return sum(numbers) / len(numbers)

return averge

print()

avg = make_averge()

print(avg(10))

print(avg(20))

print(avg(30))

print(avg.__code__.co_freevars)

print(avg.__closure__)

def make_averager():

count = 0

total = 0

def average(new_number):

# nonlocal count, total

# count += 1

# total += new_number

count = 1

return total / count

return average

avgv = make_averager()

print(avgv(10))