So it's going to look something like, I'm going to try my best to, it's going to look something like that.

You will be better soon.

Now we're gonna have you back on your feet in a sec.

That could be helpful to both of us.

You can't miss it.

You can not miss it.

You'll understand it right away.

All in good time. Now...

Are you sure you want to sell?

And so that makes it denser and heavier.

Goo JunPyo

That would be a good opportunity to do some publicity.

There is no free market for oil.

Or if you have a parabola like, x is equal to y squared.

And a little bit faster than y is equal to minus x squared.

And then down 8.

So let me draw the line of y is equal to 0.

And then let me split this into three columns.

It's kind of the classic U shaped parabola that

Now if I were to graph f of x, the graph is going to

LG Ten of diamonds, yeah.

And let's say we don't know what g of x is.

If you haven't you can graph it by trying some points.

This is the probability that A at time t 1 goes to A at time t.

We'd enjoy having you.

Let's draw that surface.

So on the xy axis, kind of the domain you can view it that

So if I draw that asymptote, it'll look something

So a is 1, 2.

Vector b is 0, 3.

So if you add 3a to minus 2b, we get to this vector.

So 1 and 1 2 a minus 2b would still look the same.

So if this is my new plane whoops.

Let me see if I can draw it.

What that means is, a 200 megabyte file

So the inverse graph is going to look something like this.

So it's going to look something like that.

They'd think you had been off on a hell of a toot.

That depends on what's causing it.

I'd be living it up in Georgetown, not slumming it in the barracks,sir.

You know, this is crazy.

Let's assume we draw 5 new particles from this particle for the motion of going right, and they end up as indicated over here.

How popular we've gotten to be we're a top 50 website and we're more popular than the New York Times.

For example, when t equals 3, this will become the Dirac delta of 0.

And the arrow, we usually draw the magnitude of the area under that spike.