# a= raw_input("if u know my name please type\n")
# if a == "kirithiv" or a == "Kirithiv":
# 	print("yes,my name is ",a)
# 	b=raw_input("if you are my friend type your name\n")
# 	print ("your name is",b)
# 	print ("yes",a,"and",b,"are friends")
# 	print("as ",a,"is your good friend",a,"is caring about your health")
# 	c=int(raw_input("how many times you drink water in morning?\n"))
# 	a=int(raw_input("how many times you drink water in afternoon?\n"))
# 	b=int(raw_input("how many times you drink water in night?\n "))
# 	# a=int(a)
# 	# b=int(b)
# 	# c=int(c)
# 	f= a+b+c
# 	print("you drink water",f,"times a day,")
# 	s=f*7
# 	print("you drink water",s,"times a week")
# 	r=s*4
# 	print("you drink water more than",r,"times a month")
# 	t=r*6
# 	print("you drink water more than",t,"times a 6 month")
# 	j=t*2
# 	print("you drink water more than",j,"times a year")
# else:
# 	print("No problem if you don't know me!")




# a=raw_input("number: ")
# print type(a)
# a=int(a)
# print type(a)

# print 9.0/2
# print 9/2
# print 9%2
# print 2+2


# i=1
# while i<=10: 
# 	print str(i)+" * 2 =",i*2
# 	i=i+1
		
# i=0
# j=0
# while j<=10:
# 	while i<=20:
# 		print j,"* 2=",i
# 		i=i+2
# 		j=j+1


# for i in range (1,10,2):
# 	print i
	# if i==4:
	# 	print i*0
	# elif i==6:
	# 	print i*0
	# elif i==8:
	# 	print i*0
	# elif i==9:
	# 	print i*0

# how to print 2 to 

# for i in range (2,20,2):
# 	print i
# for j in range (20,0,-2):
# 	print j


# for i in range(10):
# 	print(i)
# for i in range (1,100,2):
# 	for j in range (1,100):
# 		if i==j:
# 			print i

# for i in range (1,100):
# 	for j in range (2,i):
# 		if i%j==0:
# 			break
# 	else:
# 		print i

# for i in range (1,100):
# 	for j in range (2,i):
# 		if i%j==0:
# 			break
# 	else:
# 		print i

# for a in range(0,11):
# 	print (a,"* 2 =",a*2)

# a=int (raw_input("0"))
# b=int (raw_input("0"))
# while a<5:
# 	if a==b:
# 		print ("navgurukul")
# 	else:
# 		print("nav")
# 	a+=1
# 	b+=1



# while True:
# 	a=0
# 	while a<5:=int(input("enter the number"))
# b=2
# while a>b:
# 	if a%b==0:
# 		print ("its not a prime number")
# 	b=b+1
# else:
# 	print ("its  a prime number")

# 			i=str(raw_input("guess the number"))
# 			i=float(i)
# 			i=int(i)
# 			if i==50 :
# 				print("you are correct")
# 				break
# 			elif i<50 :
# 				print("your input is less than the winning number")
# 			elif i>50:
# 				print("your input is grater than the winning number")
# 			a+=1

# 	j=raw_input("you want to play again")
# 	if j=="yes":
# 		print("ok")
# 	else:
# 		break

# elif j=="no":
# 	a+=5

# counter = 1
# while counter < 10:
# 	print "The counter is" + str(counter)
# 	counter = counter + 1
# 	print '--------'


# a=0
# while a<5:
# 	i=raw_input("input")
# 	if i==50:
# 		print("you win")
# 	a+=1
# b=raw_input("yes or no ")
# if b=="yes":
# 	while a<10:
# 		if i==50:
# 			print("you win")
# 			a+=1


# a=["k","i","r","i","t","h","i","v"]
# print (a)
# print type(a)

# names_list = ["rahul", 2.0, "kavay",1,8.7,56,  "rohit"]
# print names_list[1]
# print type(names_list)
# print a[1]
# name pop()

# var1=raw_input("type nav")
# var2=raw_input("type gurukul")
# print(var1+var2)

	
# a=1
# while a<100:
# 	print(a)
# 	a+=1
# a=0 
while True: 
	try: 
		while True: 
			t=["apple",10,"cherry"] 
			print(t[a]) 
			a+=1 
	except IndexError: 
		break 
	
print(a) 
  


# a=0
# while a<5:
# 	b=int(raw_input("enter any integer"))
# 	if b==2:
# 		print("you entered correct value")
# 	elif b>2:
# 		print("your value is grater than the expected value")
# 	else :
# 		print("you entered wrong value")


# k=[23,78,89,89,54,98,59,79,83,52,56,32,45,24,15,78,12,34,45,56,67,78,89]
# l=len(k)
# a=0
# c=0
# b=0
# while a<=l:
# 	try:
# 		b=k[a]
# 		a+=1
# 		if (b>20 and b<40):
# 			c+=1
# 	except IndexError:
# 		break
# print (c)
# i=1
# while True:
# 	if i%3==0:
# 		break
# 	print(i)
# 	i+=4
# for i in range(0,10,2):
# 	print i

# b=150
# while b<251:
# 	c=b-150
# 	b+=1
# 	print c

# a=int(input("what table you want"))
# b=2
# c=1

	
# a=0 
 
# try: 
# 	if a==0:
# 		print("sdfgh")
# except SyntaxError: 
# 	print("kirithiv")
# except IndentationError: 
# 	print("kiri")
# print(a)



# a=int(input("any"))
# b=int(input("any"))
# c=0
# d=0
# while a>d:
# 	c=c+b
# 	# print (c)
# 	d+=1
# print(c)

#                                                                                                                                                                                                                                                                                  a=[1,2,3,"kirithiv","thaman","ajith","yogesh"]
# print(format(a))
# print(rept(a))
# print(str(a))


# def my_function(country = "Norway"):
#   print("I am from " + country)

# my_function("Sweden")
# my_function("India")
# my_function()
# my_function("Brazil")

# def my_function(x):
#   return 5 * x

# print(my_function(3))
# print(my_function(5))
# print(my_function(9))

# def tri_recursion(k):
#   if(k>0):
#     result = k+tri_recursion(k-1)
#     print(result)
#   else:
#     result = 0
#   return result

# print("\n\nRecursion Example Results")
# tri_recursion(6)


# string_name = "navgurukul"
# if "n" in string_name:
#     print "n hai"
# else:
#     print "n nahi hai"

# print "n" in string_name:
# print type("n" in string_name)

# import datetime

# x = datetime.datetime.now()

# print(x)

# print(x.year)
# print(x.strftime("%A"))
# x = datetime.datetime(2010, 5, 17)

# print(x)


# # grinning face 
# print("\U0001f600",end=" ") 
  
# # grinning squinting face 
# print("\U0001F606",end=" ") 
  
# # rolling on the floor laughing 
# print("\U0001F923") 


# # grinning face 
# print("\N{grinning face}") 
  
# # slightly smiling face 
# print("\N{slightly smiling face}") 
  
# # winking face 
# print("\N{winking face}")


# import emoji module  
# import emojize 
  
  
# print(emoji.emojize(":grinning_face_with_big_eyes:")) 
# print(emoji.emojize(":winking_face_with_tongue:")) 
# print(emoji.emojize(":zipper-mouth_face:")) 

# from colorama import Fore, Back, Style 
# print(Fore.RED + 'some red text') 
# print(Back.GREEN + 'and with a green background') 
# print(Style.DIM + 'and in dim text') 
# print(Style.RESET_ALL) 
# print('back to normal now') 

