import random

words = ["Please", "Help", "Me", "Merry", "Christmas"]

for i in range(len(words)):
    random_index = random.randrange(len(words))
    print(words[random_index])
    del words[random_index]

>>> import random
>>> words = ["Please", "Help", "Me", "Merry", "Christmas"]
>>> random.sample(words, len(words))
['Merry', 'Me', 'Help', 'Please', 'Christmas']

>>> random.shuffle(words)
>>> words
['Me', 'Merry', 'Help', 'Please', 'Christmas']

import random

myList = ["create", "a", "program", "that", "prints"]

for i in range(len(myList)):
    randomWord = random.choice(myList)
    print(randomWord)
    myList.remove(randomWord)

input("nPress enter to exit.")

import random
random.shuffle(words)
print words

import random

words = ["Please", "Help", "Me", "Merry", "Christmas"]

# in-place or copy shuffle
def shuffle(in_words, copy=False):
    in_words = in_words[:] if copy else in_words
    for i in range(len(in_words)):
        pos = random.randrange(len(in_words))
        in_words[i], in_words[pos] = in_words[pos], in_words[i]
    return in_words
# see if it works
print "unshuffled", words
print "shuffled %s (was: %s)" % (shuffle(words, copy=True), words)
print "in-place shuffled", shuffle(words)

words = ["Please", "Help", "Me", "Merry", "Christmas"]

for i in range(len(words)):
    random_index = random.randrange(len(words))
    print(words.pop(random_index))

import random

words = ["Please", "Help", "Me", "Merry", "Christmas"]
wordsUsed = []
print()

while len(wordsUsed) != len(words):
    choice = random.choice(words)
    if choice not in wordsUsed:
        print(choice)
        wordsUsed.append(choice)

input("nPress the enter key to exit..")

list=["hello","bye","good night","welcome"]

new_list=[]

import random


while len(new_list)!=4:

   word=random.choice(list)

   if word not in new_list:

      new_list.append(word)

   else:

      new_word.remove(word)

print(new_list)