# Make a function that prints it's argument
# myPrint("YesY")
# myPrint("I love cheese")



# Make a function that prints it's argument.  If there is no argument
# it should print "Parrot".  Hint:  Use a defaut argument!
# myPrint2("YesY")
# myPrint2("I love cheese")
# myPrint2()


# Make a function that prints two arguments
# myTwoPrint("Twelve", 12)
# myTwoPrint("Pianos", "Are good")

# Make a function that returns the sum of it's arguments
# ans = addThem(3,5)
# print("This better be 8", ans)
# ans = addThem(0, -4)
# print("This better be -4", ans)

# Make a function that returns the bigger number
# ans = bigger(3,5)
# print("This better be 5", ans)
# ans = bigger(0, -4)
# print("This better be 0", ans)

# Make a function that returns the bigger number
# ans = biggerThree(3,5,1)
# print("This better be 5", ans)
# ans = biggerThree(0, -4, 4)
# print("This better be 4", ans)

# Make a function that returns the  middle of the list
# ans = middle([1,2,3,4,5])
# print("This better be 3", ans)
# ans  = middle([5,1,7,2,4,9,0,2])
# print("This better be either a 2 or a 4", ans)

# Make a function that prints from a to b including the a and b
# printNums(3,7)
# printNums(1,10)
# printnums(10,1)   <- might be tricky

# Make a function that counts the number of evens in a given list
# ans = countEvens([2,3,4,5])
# print("This should be a 2", ans)
# ans = countEvens([-2,1,12,2,3,4,5])
# print("This should be a 4", ans)
# ans = countEvens([])  <- need not be tricky
# print("This should be a 0", ans)