So you start drawing other square stars.

Now I have 3 one fourths.

So now I have 5.

Fourth of 4 starting points

That's 3 things.

This is 4, 1 4ths, another 4,1 4ths another 4,1 4ths this is another 4, 1 4ths.

Now this is a whole, right?

What is 4 4?

3 or 4 pulleys,

Use networks.

Ever and anon a bright, but, alas, deceptive idea would dart you through.

16 plus 9.

Ephemeral winter breeze

Now let's make this a little bit more difficult.

So here I have 2 one fourths, or you could see I have 2 4.

Now, let's ask another question.

So how many 1 4ths we have it is 20 , 1 4ths in green

Each of these have 2 in them so we're going to say

4 times 201, that's the same thing as 4 times 200, which is 800, plus 4 times 0 tens, which is 0 tens, plus 4 times 1, whis is 4.

And my solution is 16 and the reason why is 6 2 is 4. So the first expression results to 4.

We start off with a set of objects.

Great. Four of those.

Notice, I have 2 fours here.

So think about it.

These are both equivalent.

Five squares, subtract four squares equals one square, one twentieth.

That custom is on the decrease.

Now, what does this represent?

Are they always this way?

This represents the thousands place.

So whether we're doing 4 times 3 or 3 times 4 they're both going to be equal to twelve.

I just picked any of them right like that.

And that is four times three.

At the beginning of the year, we establish a set of working agreements that I provide four categories, I provided speaking,

In particular, we have four things we add in the denominator and also four things we add in the numerator.

4 Extra Bins

Four pips.

So Joelle has colored in 4, has colored in 4 out of 1, 2, 3, 4, 5, 6, 7.

Let me see how well I can I'll write it up like this.

First of 4 starting points

Second of 4 starting points

Third of 4 starting points

Four Chambers Suspended

So when we look at this table, you can see every possible outcome of these two coin flips.

And let's just look at what we just did.