def is_prime(n):
	pass

def fibonacci(n):
	pass

def factorial(n):
	pass




while x <= 10:
	if x > 0:
		x = x+1
	else:
		x = 2*x
print('x é maior que 10')




print(10)

print(-12.34)

print(False)

print('hello')

print(10, 'é menor que', 30)



if y:
	print('y é verdadeiro')

if not y:
	print('y é falso')

if y and z:
	print('y e z são verdadeiros')

if y or z:
	print('y ou z é verdadeiro')


while x < 0:
	print('O valor de x é', x)
	x += 1





integer = 10

floatingpoint = 5.5

boolean = True

string = 'hello, world'

none = None



def greet(name):
	print('Hello,', name)

greet('Maria')
greet('João')


def sqrt(n):
	return n**(1/2)

x = sqrt(2)
y = sqrt(3)
z = sqrt(5)


def raiz(base, expoente=2):
	return base**(1/expoente)

x = raiz(2)
y = raiz(3)
z = raiz(5)


@@ -70,709 +70,4 @@
 ass%0A
-%0A%0A%0A%0Awhile x %3C= 10:%0A%09if x %3E 0:%0A%09%09x = x+1%0A%09else:%0A%09%09x = 2*x%0Aprint('x %C3%A9 maior que 10')%0A%0A%0A%0A%0Aprint(10)%0A%0Aprint(-12.34)%0A%0Aprint(False)%0A%0Aprint('hello')%0A%0Aprint(10, '%C3%A9 menor que', 30)%0A%0A%0A%0Aif y:%0A%09print('y %C3%A9 verdadeiro')%0A%0Aif not y:%0A%09print('y %C3%A9 falso')%0A%0Aif y and z:%0A%09print('y e z s%C3%A3o verdadeiros')%0A%0Aif y or z:%0A%09print('y ou z %C3%A9 verdadeiro')%0A%0A%0Awhile x %3C 0:%0A%09print('O valor de x %C3%A9', x)%0A%09x += 1%0A%0A%0A%0A%0A%0Ainteger = 10%0A%0Afloatingpoint = 5.5%0A%0Aboolean = True%0A%0Astring = 'hello, world'%0A%0Anone = None%0A%0A%0A%0Adef greet(name):%0A%09print('Hello,', name)%0A%0Agreet('Maria')%0Agreet('Jo%C3%A3o')%0A%0A%0Adef sqrt(n):%0A%09return n**(1/2)%0A%0Ax = sqrt(2)%0Ay = sqrt(3)%0Az = sqrt(5)%0A%0A%0Adef raiz(base, expoente=2):%0A%09return base**(1/expoente)%0A%0Ax = raiz(2)%0Ay = raiz(3)%0Az = raiz(5)%0A%0A

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