TEach math program | Python Fiddle

#Addition
import random

right = 0
wrong = 0

def reset_variables():
    global right 
    global wrong 
    right = 0
    wrong = 0
reset_variables()

def ask_for_integer(ask):
    while True:
        answer = raw_input(ask)
        if not answer.isdigit():
            print "Please enter a number."
        else:
            return int(answer)
            
def reply():
    reply = ask_for_integer("What is " + str(rand_one) + " plus " + str(rand_two) + "?")

def play_one_Addition_game():
    global right 
    global wrong
    rand_one = random.randrange(1,10)
    rand_two = random.randrange(1,10)
    answer = rand_one + rand_two
    reply = ask_for_integer("What is " + str(rand_one) + " plus " + str(rand_two) + "?")
      
    if reply == answer:
        print "YOu rock"
        right +=1
    else:
        print "You got it wrong, YOu suck"
        print "The answer is " + str(answer)
        wrong +=1

# Print out menu for user
def print_menu():
    print "1. Addition"
    print "2. Subtraction"
    print "3. Multiplacation"
    print "4. Division"
    
def ask_for_yn(ask):
    while True:
        answer = raw_input(ask)
        if answer[0] <> "y" and answer[0] <> "n":
            print "please enter a y or n."
        else:
            return answer

# Find out what game user wants to play, and play it
def ask_for_operation():
    while True:
        print_menu()
        reply = ask_for_integer("What would you like to play?")
        for game_num in range(0,10):  
                
        
            if reply == 1:  
                play_one_Addition_game()
    
            elif reply == 2:
                play_Subtraction_game()
   
            elif reply == 3:
                play_Multiplication_game()
        
            else: 
                reply == 4
                play_Division_game()
        
        answer = ask_for_yn("Would you like to play again?")
        if answer == "n":
            print "You got " + str(right) + " correct and " + str(wrong) + " wrong." 
        break

#Subtraction

Subtraction = 2

def play_Subtraction_game():
    global right 
    global wrong
    rand_one = random.randrange(1,10)
    rand_two = random.randrange(1,10)
    answer = rand_one - rand_two
    print "What is", str(rand_one), "minus", str(rand_two), "?"
    reply = ask_for_integer("answer")
      
    if reply == answer:
        print "YOu rock"
        right +=1
    else:
        print "You got it wrong, YOu suck" + str(answer)
        wrong +=1

print "You got", int(right)," correct and", int(wrong)," wrong."

#Multiplaction

Multiplication = 3

def play_Multiplication_game():
    global right 
    global wrong
    rand_one = random.randrange(1,10)
    rand_two = random.randrange(1,10)
    answer = rand_one * rand_two
    print "What is", str(rand_one), "times", str(rand_two), "?"
    reply = ask_for_integer("answer")
      
    if reply == answer:
        print "YOu rock"
        right +=1
    else:
        print "You got it wrong, YOu suck" + str(answer)
        wrong +=1    
    
#Division

Division = 4

def play_Division_game():
    global right 
    global wrong
    rand_one = random.randrange(1,10)
    rand_two = random.randrange(1,10)
    answer = rand_one / rand_two
    print "What is", str(rand_one), "divided by", str(rand_two), "?"
    reply = ask_for_integer("answer")
      
    if reply == answer:
        print "YOu rock"
        right +=1
    else:
        print "You got it wrong, YOu suck" + str(answer)
        wrong +=1

while True:
        if reply == 1:  
            play_one_Addition_game()

elif reply == 2:
            play_Subtraction_game()
  
        elif reply == 3:
            play_Multiplication_game()
        
        else: 
            reply == 4
            play_Division_game()
     
        play_one_Addition_game()
        play_Subtraction_game()
        play_Multiplication_game()
        play_Division_game()
    
        print "You got " + str(right) + " correct and " + str(wrong) + " wrong."

reset_variables()
ask_for_operation()

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