And this is interesting.

Oh, Hi Ivan. Welcome to America. I know you are going to enjoy staying in our home.

I'll bring lunch.

line integral through a vector field, or using vector functions, in the next video.

I'll foot the bill.

I'll pay the bill.

Let me...

Let's see how long I can hold it.

Maybe I should have a gander.

Here's one more way to think about it.

Let me see it.

George Lazenby, Roger Moore, Timothy Dalton, Pierce Brosnan, Daniel Craig.

Let's make him come to us.

I just subtracted 750 from both sides of this equation.

Let me ask you a question.

Let's make it a little more interesting.

So I have tried to target on where we use the natural gas.

We've just had a 999 call.

At least in terms of points per game.

Let's see what we'll pay if we continuously compound for multiple years, at a rate of r percent per year.

So let's just work through it and see if he got it right or if he made a mistake.

I don't know... Treos or Blackberry.

Let's do it.

Let's try it.

Let's have a try.

Let's try!

Let's try.

It turned into this straight up subtraction problem.

That's our radius, and we're ready to graph this circle.

How does k and a and b relate to these right there?

Well, we could take this section and divide it into thirds.

But they do care about it being perpendicular.

You know, this outside.

So 9 there.

The square root of this.

I can also show you what the GQL for this line would look like.

And for a, although a is pretty easy.

This is maybe a little tough.

Can we factor that top expression?

They want us to do it again.

I don't know, what is that?

You would use a quadratic equation here.

What is that equal to?

Can you block the exits? I can try.

So all we have to do is solve for x in terms of y.