View difference between Paste ID: 5NAaDv82 and kEf9Ayh6

-from ex46module import quest
+from ex46module import quest # this module is a dictionary (quest) that are questions as keys and answers as values
 from sys import exit
 import random
 
 #random.sample iterates over the keys in dict quest and returns 1 key
 
 keys = random.sample(quest.items(),len(quest)) #passing .items method returns a list w/ key:value pairs
 
 # keys is now a list of Tuples that can be iterated over
 #print random.sample(keys[0],1) # this is taking a random selection either key or value in
 #in random tuple from keys
 #k1 = keys[0] # k1 is set to the Tuple in the list generated
 #str(keys[0]) #since tuple is at index position 0, returns the tuple (as a string)
 #print k1[0] # returns first value in Tuple, index 0, the key
 #k1[1] # returns second value in Tuple, index 1, the value
 
 
 def q_and_a(quest):
 	'''
 	This takes as input a dict of questions /answers,
 	global vars, keys, k1, are loopsd and tested to
 	remove a question that has been used and if ans is correct
 	or wrong.
 	'''
 	k1 = keys[0]
 	#str(keys[0])
 	print k1[0]
 	k1[1]
 	ans = raw_input(">  ")
 
 	qlist = [] # empty list to hold questions as selected
 	qcount = len(qlist) # starts at Zero
 	correct_ans_count = 0
 
 # Ans at this point is stuck and is not updating, that's why all answers are correct
 # How do I update the value for ans?
 
 	while True: # qcount <= 5:
 		if ans == k1[1]: # or new_ans: # if answer is correct /was while/
 			print ans, k1[1]
 			qcount += 1	# updates # of questions asked
 			correct_ans_count += 1 # updates # of correct answers
 			print 'That\'s Correct!'
 			print 'You have %d questions to go' %(3 - qcount,)
 			print 'Correct Answers: ',correct_ans_count
 			if correct_ans_count == 3: #ans == k1[1] and  #Test if ready to advance to new room
 				print 'Congratulations, on to the next room'
 				return
 			#return next_room
 		else:
 			if ans != k1[1]:
 				print 'Wrong Answer'
 				qcount += 1
 				print qcount
 				if qcount == 5:
 					exit(1)
 		qlist.append(keys[0]) # append the question to do not use list (qlist)
 		print qlist
 		for i in keys:	#next 3 line compare used question to keys and if matched
 			if i in qlist: # ...removes tuple from keys
 				keys.remove(i)
-					#return banishment
+
 				print new_question
 				global ans
 				ans = keys[0][1]
 				print ans
 				new_ans = raw_input("> ")
 				ans = new_ans