# [ ] review and run example
print("3 + 5 =",3 + 5)
print("3 + 5 - 9 =", 3 + 5 - 9)
print("48/9 =", 48/9)
print("5*5 =", 5*5)
print("(14 - 8)*(19/4) =", (14 - 8)*(19/4))

# [ ] review and run example - 'million_maker'
def million_maker():
make_big = input("enter a non-decimal number you wish were bigger: ")
return int(make_big)*1000000
print("Now you have", million_maker())

# [ ] print the result of subtracting 15 from 43
print(43-15)

```
28
```

# [ ] print the result of multiplying 15 and 43
print(15*43)

```
645
```

# [ ] print the result of dividing 156 by 12
print(156/12)

```
13.0
```

# [ ] print the result of dividing 21 by 0.5
print(21/.5)

```
42.0
```

# [ ] print the result of adding 111 plus 84 and then subtracting 45
print(111+84-45)
print(84-45+111)

```
150
150
```

# [ ] print the result of adding 21 and 4 and then multiplying that sum by 4
print((21+4)*4)

```
100
```

# [ ] create and test multiply() function
def multiply():
num1=input("Enter a whole number:")
num2=input("Enter a whole number:")
print(str(int(num1)*int(num2)))
multiply()

```
64
```

# [ ] create improved multiply() function and test with /, no argument, and an invalid operator ($)
def multiply(operator):
num1=input("Enter a whole number:")
num2=input("Enter a whole number:")
if operator=="*":
equation=str(int(num1)*(int(num2)))
print(equation)
elif operator=="/":
equation=str(int(num1)/(int(num2)))
print(equation)
else:
equation=("Invalid Operator")
return equation
multiply("/")

```
0.5
```

# Review, run, fix
student_name = input("enter name: ").capitalize()
if student_name.startswith("F"):
print(student_name,"Congratulations, names starting with 'F' get to go first today!")
elif student_name.startswith("G"):
print(student_name,"Congratulations, names starting with 'G' get to go second today!")
else:
print(student_name, "please wait for students with names staring with 'F' and 'G' to go first today.")

```
Braeden please wait for students with names staring with 'F' and 'G' to go first today.
```