print("Hello World!")

name = input("What is your name?")

print("Hello", name)

number = 69587598 * 76485648654

print(number)

print(number)

print(56 * 78)

import turtle as t

bob = t.Turtle()

bob.shape("turtle")

def move(x,y,corner):

bob.clear()

bob.speed(0)

bob.penup()

bob.goto(x,y)

bob.pendown()

for x in range(0,3):

bob.forward(40)

bob.left(120)

def turtlewrite(message):

bob.write(message, font=("Arial", 64, "normal"))

import time

import random

def select():

for x in range(0,7):

bob.clear()

turtlewrite(7 - x)

time.sleep(1)

corner = random.randint(1,4)

if corner == 1:

move(200, 200, 1)

elif corner == 2:

move(-200, 200, 2)

elif corner == 3:

move(-200, -200, 3)

else:

move(200, -200, 4)

for x in range(0,10):

select()

time.sleep(2)

move(0,0,0)

import turtle as t

t1 = t.Turtle()

t1.shape("turtle")

t1.fillcolor("blue")

t1.pencolor("blue")

t2 = t.Turtle()

screen = t.Screen()

def f(): t1.forward(10)

def b(): t1.backward(10)

def l(): t1.left(10)

def r(): t1.right(10)

screen.onkey(f, "Up")

screen.onkey(b, "Down")

screen.onkey(l, "Left")

screen.onkey(r, "Right")

def catch():

if t1.distance(t2) < 10:

t2.write("CATCH!!!")

t1.clear()

t2.clear()

def f2():

t2.forward(10)

catch()

def b2():

t2.backward(10)

catch()

def l2(): t2.left(10)

def r2(): t2.right(10)

screen.onkey(f2, "s")

screen.onkey(b2, "x")

screen.onkey(l2, "z")

screen.onkey(r2, "c")

screen.listen()

import turtle

screen = turtle.Screen()

turtle.shape("turtle")

turtle.fillcolor("blue")

turtle.pencolor("blue")

speed = 10

turn = 10

def f():

turtle.forward(speed)

turtle.fillcolor("red")

turtle.pencolor("red")

def b():

turtle.backward(speed)

turtle.fillcolor("blue")

turtle.pencolor("blue")

def l():

turtle.left(turn)

def r():

turtle.right(turn)

def c():

turtle.clear()

turtle.speed(0)

screen.onkey(f, "Up")

screen.onkey(b, "Down")

screen.onkey(l, "Left")

screen.onkey(r, "Right")

screen.onkey(c, "c")

screen.listen()

import turtle

ted = turtle.Turtle()

for i in range(0,4):

ted.forward(50)

ted.left(90)

ted.write("Turn left")

ted.penup()

ted.setposition(-100,-100)

ted.pendown()

for i in range(0,5):

ted.forward(50)

ted.right(144)

ted.clear()

ted.pencolor("blue")

ted.circle(100)

ted.clear()

ted.penup()

ted.setposition(0,0)

ted.pendown()

num_sides = 5

side_length = 10

angle = 360 / num_sides

for i in range(0,num_sides):

ted.forward(side_length)

ted.right(angle)

word = input("Give me a sentence:")

tmp = ""

for i in word:

if i.isalnum():

tmp = tmp + i.lower()

word = tmp

s = ""

for i in word:

s = i + s

print(s)

print(word)

if s == word:

print("This is a palindrome")

else:

print("This is not a palindrome")

word = input("Give me the hidden word:")

correctletters = ""

incorrectletters = ""

def drawhangman(word, correctletters, incorrectletters):

output = ""

for c in word:

if c in correctletters:

output += c + " "

else:

output += "_ "

print(output)

while len(word) != len(correctletters) and len(incorrectletters) < 8:

guess = input("Guess a letter:")

if guess in word and guess not in correctletters:

correctletters += guess

elif guess not in incorrectletters:

incorrectletters += guess

drawhangman(word, correctletters, incorrectletters)

print("Think of a number between 0 and 100!")

answer = ""

upper = 100

lower = 0

import math as m

while answer != "correct":

guess = m.floor((upper - lower)/2 + lower)

print("Did you guess", guess, "?")

answer = input()

if answer == "correct":

print("You thought of", guess,".")

elif answer == "low":

lower = guess

elif answer == "high":

upper = guess