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def appendix(num):
    if num % 100 in [11, 12, 13]: return str(num) + 'th'
    else:
        if num % 10 == 1: return str(num) + 'st'
        elif num % 10 == 2: return str(num) + 'nd'
        elif num % 10 == 3: return str(num) + 'rd'
        else: return str(num) + 'th'
 
numlist = [appendix(i) for i in xrange(1000)]

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def appendix(num):
    if num % 100 in [11, 12, 13]: return str(num) + 'th'
    else:
        num %= 10
        if num == 1: return str(num) + 'st'
        elif num == 2: return str(num) + 'nd'
        elif num == 3: return str(num) + 'rd'
        else: return str(num) + 'th'
 ...

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print 3

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from math import sqrt
n = 99
n = float(n)
sqaureRootOfN = sqrt(n)
 
print '-'*75
print ' # of Decimals', ' ' * 8, 'New Root', ' ' * 10, 'Percent error'
print '-'*75
for a in range(0,10):
 ...

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def appendix(num):
    if num[-2:] in ['11', '12', '13'] or num[-1] not in ['1', '2', '3']: return num + 'th'
    else: return {'1':num+'st', '2':num+'nd', '3':num+'rd'}[num[-1]]
 
numlist = [appendix(str(i)) for i in xrange(1000)]
for number in numlist: print number

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def appendix(num):
    if num[-2:] in ['11', '12', '13']: return num + 'th'
    elif num[-1] == '1': return num + 'st'
    elif num[-1] == '2': return num + 'nd'
    elif num[-1] == '3': return num + 'rd'
    else: return num + 'th'
 
numlist = [appendix(str(i)) for i in xrange(1000)]
for number in numlist: print number

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import sys.argv
 
def teste():
        print("Hello")

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def appendix(num):
    if num[-2:] in ['11', '12', '13']: return num + 'th'
    elif num[-1] == '1': return num + 'st'
    elif num[-1] == '2': return num + 'nd'
    elif num[-1] == '3': return num + 'rd'
    else: return num + 'th'
 
a = [appendix(str(i)) for i in xrange(1000)]
for number in a: print number, number[-2:]

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def appendix(num):
    if num[:-2] in ['11', '12', '13']: return num + 'th'
    elif num[-1] == '1': return num + 'st'
    elif num[-1] == '2': return num + 'nd'
    elif num[-1] == '3': return num + 'rd'
    else: return num + 'th'
 
a = [appendix(str(i)) for i in xrange(1000)]
for number in a: print number, number[:-2]

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def appendix(num):
    if num[:-2] in ['11', '12', '13']: return num + 'th'
    elif num[-1] == '1': return num + 'st'
    elif num[-1] == '2': return num + 'nd'
    elif num[-1] == '3': return num + 'rd'
    else: return num + 'th'
 
a = [appendix(str(i)) for i in xrange(1000)]
for number in a: print number

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def appendix(num):
    if num[:-2] in ['11', '12', '13']: return num + 'th'
    elif num == '1': return num + 'st'
    elif num == '2': return num + 'nd'
    elif num == '3': return num + 'rd'
    else: return num + 'th'
 
a = [appendix(str(i)) for i in xrange(1000)]
for number in a: print number

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def appendix(num):
    if num[:-2] in ['11', '12', '13']: return num + 'th'
    elif num == '1': return num + 'st'
    elif num == '2': return num + 'nd'
    elif num == '3': return num + 'rd'
    else: return num + 'th'
 
print [appendix(str(i)) for i in xrange(100)]

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def appendix(num):
    if num in [11, 12, 13]: return str(num) + 'th'
    elif num % 10 == 1: return str(num) + 'st'
    elif num % 10 == 2: return str(num) + 'nd'
    elif num % 10 == 3: return str(num) + 'rd'
    else: return str(num) + 'th'
 
print [appendix(i) for i in xrange(100)]

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def appendix(num):
    if num % 10 == 1: return str(num) + 'st'
    elif num % 10 == 2: return str(num) + 'nd'
    elif num % 10 == 3: return str(num) + 'rd'
    else: return str(num) + 'th'
 
print [appendix(i) for i in xrange(100)]

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name = "snow storm" 
print "%s" %name[6:8] 

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import re
 
m = re.match(r'^:(.+?)!(.+?)@(.+)$', ':apples!apples@apples.com')
print m.group(1)

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def median(pool):
    '''Statistical median to demonstrate doctest.
    >>> median([2, 9, 9, 7, 9, 2, 4, 5, 8])
    7
    '''
    copy = sorted(pool)
    size = len(copy)
    if size % 2 == 1:
        return copy[(size - 1) / 2]
 ...

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def appendix(num):
    if num[-1] == '1': return 'st'
    elif num[-1] == '2': return 'nd'
    elif num[-1] == '3': return 'rd'
    else: return 'th'
 
print [str(i) + appendix(str(i)) for i in xrange(100)]

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print 'hello'

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import unittest
def median(pool):
    copy = sorted(pool)
    size = len(copy)
    if size % 2 == 1:
        return copy[(size - 1) / 2]
    else:
        return (copy[size/2 - 1] + copy[size/2]) / 2
class TestMedian(unittest.TestCase):
 ...

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print 'hello

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class BankAccount(object):
    def __init__(self, initial_balance=0):
        self.balance = initial_balance
    def deposit(self, amount):
        self.balance += amount
    def withdraw(self, amount):
        self.balance -= amount
    def overdrawn(self):
        return self.balance < 0
 ...

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REFRAIN = '''
%d bottles of beer on the wall,
%d bottles of beer,
take one down, pass it around,
%d bottles of beer on the wall!
'''
bottles_of_beer = 99
while bottles_of_beer > 1:
    print REFRAIN % (bottles_of_beer, bottles_of_beer,
 ...

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from time import localtime
 
activities = {8: 'Sleeping',
              9: 'Commuting',
              17: 'Working',
              18: 'Commuting',
              20: 'Eating',
              22: 'Resting' }
 ...

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# indent your Python code to put into an email
import glob
# glob supports Unix style pathname extensions
python_files = glob.glob('*.py')
for file_name in sorted(python_files):
    print '    ------' + file_name
 
    with open(file_name) as f:
        for line in f:
 ...

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import re
 
m = re.match(r'^:(.*?)!(.*?)@(.*)$', ':apples!apples@apples.com')
print m.groups()

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import re
 
m = re.match(r'^:(.*?)!.*?@.*$', ':apples!apples@apples.com')
print m.groups()

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import re
 
m = re.match(r'^:([^!]+)!([^@]+)@(.*)$', ':apples!apples@apples.com')
print m.groups()

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import time
 
reptime = int(raw_input("How many seconds per rep? "))
inc = int(raw_input("How many seconds per increment? "))
sets = int(raw_input("How many sets? "))
rest = int(raw_input("How many seconds rest between sets? "))
 
while sets >0:
    time.sleep(rest)
 ...

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a = '\t<56,000'
b = int(a.translate(None, "\t<,"))
print b