text: # Program 1
  
  # print(4)
  # print("Hello Class")  # Output: Hello Class
  # a = "Hello Python"
  # print(a)  # Output: Hello Python
  
  # message = "I am Studying in Uaf"
  # abc = 123
  # pi = 3.14
  
  # print(message,abc,pi) # Output: I am studying in Uaf 123 3.14
  
  # print(type(message)) # Output: <class 'int'> 
  
  # Program 2
  
  # print(1 + 2)   # Output: 3
  # x = 13
  # y = 2
  # z = x * 2
  # print(z) # Output: 26
  
  
  # Program 3
  
  
  # x = 5
  # print(x)   # Output: 5
  # x = x + 3
  # print(x)  # Output: 8
  
  
  # Program 4
  
  
  # x = 7//2
  # y = 7%2
  # print(x,y)   # Output: 3 1
  
  # first = "100"
  # second = 3
  # print(first*second)   # Output: 100 100 100
  
  # inp = float(input("Enter Something: "))   # Input: 23.2
  # ans = inp + 30
  # print(ans)    # Output: 53.2
  
  
  # Program 5 
  
  
  # inp = int(input("Enter Math Marks: ")) #Input Marks from User
  # percentage = (inp/100)*100
  # print(percentage)
  
  # inp = int(input("Enter Percentage in Exams: "))
  
  # if inp >= 80:
  #     print("A")
  # elif inp >=70:
  #     print("B")
  # elif inp >=60:
  #     print("C")
  # elif inp < 60:
  #     print("D")
  # elif inp <40:
  #     print("F")
  
  # Program 6
  
  
  # if inp >= 100:
  #     print("Full Marks")
  # else:
  #     if inp >= 80:
  #         print("A")
  #     elif inp >=70:
  #         print("B")
  #     elif inp >=60:
  #         print("C")
  #     elif inp < 60:
  #         print("D")
  #     elif inp <40:
  #         print("F")
  
  
  # Program 7
  
  # try:
  #     inp_hrs = int(input("Enter Hours Worked: ")) 
  #     rate = 10
  #     ad_rate = rate * 1.5
  #     if inp_hrs > 40:
  #         ad_hrs = inp_hrs - 40
  #         pay = (ad_hrs*ad_rate)+(40*rate)
  #         print(pay)
  #     else:
  #         pay = inp_hrs * rate
  #         print(pay)
  # except:
  #     print("Input an Integer")
  
  
  # Program 8
  
  # inp = input('Enter Fahrenheit Temperature:')
  # try:
  #     fahr = float(inp)
  #     cel = (fahr - 32.0) * 5.0 / 9.0
  #     print(cel)
  # except:
  #     print('Please enter a number')
  
  # x = 5
  
  
  # if x <2 :
  #     print("Below 2")
  # elif x<20 :
  #     print("Below 20")
  # elif x<10 :
  #     print("Below 10")
  # else:
  #     print("Something Else")
  
  # Functions 
  
  # print(min("Hello World"))
  
  # print(len("Hello world"))
  
  # def lyrics():
  #     print("I'm a lumberjack, and I'm okay.")
  #     print('I sleep all night and I work all day.')
  
  # def repeat_lyrics():
  #     print(lyrics())
  #     print(lyrics())
  
  # print(repeat_lyrics())
  
  # def twice(bruce):
  #     print(bruce)
  #     print(bruce)
  
  # print(twice("Spam " * 4))
  
  # def add(a,b):
  #     c = a+b
  #     return c
  
  # x = add(4,6)
  # print(x)
  
  # inp = float(input("Enter Percentage: "))
  # def grades(inp):
  #     if inp >= 80:
  #         x = "A"
  #     elif inp >=70:
  #         x= "B"
  #     elif inp >=60:
  #         x = "C"
  #     elif inp < 60:
  #         x = "D"
  #     elif inp <40:
  #         x = "F"
  #     return x
  
  # print(grades(inp))
  
  
  # n = 10
  # while True:
  #     print(n)
  #     n = n-1
  # print("Done")
  
  # while True:
  #     line = input('> ')
  #     if line == 'done':
  #         break
  #     print(line)
  # print('Done!')
  
  
  # while True:
  #     line = input('> ')
  #     if line[0] == '#':
  #         continue
  #     if line == 'done':
  #         break
  #     print(line)
  # print('Done!')
  
  
  # friends = ['Joseph', 'Glenn', 'Sally']
  # for each in friends:
  #     print('Happy New Year:', each)
  # print('Done!')
  
  
  # count = 0
  # array = [3, 41, 12, 9, 74, 15]
  # for var in array:
  #     count = var + 1
  #     print('Count: ', count)
  
  # total = 0
  # array = [3, 41, 12, 9, 74, 15]
  # for itervar in array:
  #     total = total + itervar
  #     print('Total: ', total)
  
  
  
  
  # array = [65, 41, 12, 9, 74, 15]
  
  # def min(array):
  #     smallest = None
  #     for itervar in array:
  #         if smallest is None or itervar < smallest :
  #             smallest = itervar
  #     return smallest
  
  # print(min(array))
  
  # count = 0
  # n1 , n2 = 0,1
  # nterms = 6
  # while count<nterms:
  #     print(n1)
  #     nth = n1+n2
  #     n1 = n2
  #     n2 = nth
  #     count += 1
  
  x = 12//3
  print(type(x))
  
  