Hello world!
I'm going to have a division problem in Alice3.
I have a scene with a blue tang, a carp, a clown fish,
and a stack of coins.
And the blue tang says "Wow! Look at all the money."
Then, we're  going to calculate how many coins each.
So, I'm going to have a variable
That will be an integer.
and the name is numberOfCoins.
And it doesn't matter what initial value we give it.
Because I'm going to go to functions
and have the clown fish
get an integer from user.
And the custom text string
is going to be "How many coins are there?"
Then I'm going to have another variable
and also an integer
called coinsEach,
and an initial value of anything.
And then I'm going to change that
by doing... then I want to divide by
the number of coins by 3, the number of  fish.
And then I'm going to have...
We haven't used the carp yet.
I'm going to have the carp, go back to procedures,
and the carp is going to say how many each.
So he says,  "That " and a space,
and then I'm going to add to that plus an integer:
the  integer coinsEach.
And I'm  still adding to that:  plus a custom text string
and a space each
OK, and let's run it. I'm going to put in 9.
And say OK and the carp says, "That's 3 each."
Let's run that again, and this time going to put in a number
that is not a multiple of 3.
And he says, "That's 4 each"
So there's a remainder and we haven't talked about the remainder yet.
So let's now find the remainder
and create another , and also an integer called remainder.
Any value here, and that is going to be another little math problem:
And the % finds the remainder.
So it's going to be the number of coins
and then divide that by 3.
And this % is the modulus operator,
that's the remainder.
So then let's have the blue tang say
custom text string and a space.
And add to that the integer remainder
and the custom text string
Let's see what we did here.
And remainder number and then we're going  add to that again:
Another custom text string, and space " left over"
And let's run that, and I'm going to try 14 again.
And he says "That's 4 each" and "0 left over" That's not right.
Oh! I've got 3/3.
This should be the number of coins. Let's run that again.
Alright, let's try 14 again.
And that's 4 each and 2 left over .
And that's it.