All this extra space doesn't matter.

It was I that came here first.

This is the first time you've seen a doctor?

And he's unclear following that van that's out in front of him.

In fact, we're going to use a very simple rule.

First come, first served.

So, for example, this is a differential equation.

I remember when I first came here.

He was the first to come.

He came first.

NG Speaking as one.

We can also specify a function call once the server responds to our request. Now, there are a few steps to this.

This is equal to fh times gj.

You know what? They're just going to be sick.

And now we'll start to see a little difference.

And when he doesn't, the first place he's gonna come is here.

I decided to follow her to school.

Now let's see what we get when we're executing this.

There is an initial belief that is tossed into this loop if you.

So if we had n plus 8 times n plus 20 is equal to 110.

Fair enough.

Fair enough.

It was Jane who came first.

Hi! Welcome back to statistics 1.

I realized that the steps were reversed.

You can maybe create incentives for investment etc, etc, but we'll talk about that in a future video.

Remember, order of operations.

He is the first to come and the last to leave at any party.

I come in here, and the first thing I'm doing is I'm catching the sightlines and looking for an exit.

First of all, I will read this.

Let's start with coordinates and figure out where those points are.

First things first.

You were just as dimwitted the first time you were here.

Equity tranche.

Which of you came here first?

Later, he came back and put up the first tablet.

So here's a translation of that problem and the solution into Python.

Now, what is William's age today?

Looks pretty spiraly to me.

It only works about 12 months.

This thing is very, very impressive.

This is perhaps a first element of a change.

It gets priority over addition or subtraction.

When we first came in the bar lady never charged us for the first round so, like, we figured beer was complimentary for the band.

So let's solve each of these independently.