(Laughter)

And I go 1 in that direction.

This is a more detailed map.

So its minus 2x.

Fair enough.

Yeah?

And then we'll have a just in terms of the base.

I don't know, let's say we want to integrate with respect to

The first one is, why?

cheering

Wait! Wait up!

So this was also a solution to this differential equation.

(Laughter)

You could divide both sides by b squared, I guess.

Hopefully that that is good enough for you.

It's going to look something like this.

And then. ..

What's the probability of rain on day 0, and what are its conditional probabilities?

So now I'm going to show you a number of projects that we've built, from one dimensional, two dimensional, three dimensional and even four dimensional systems.

It was called the Framingham study.

Gives you that nice moisture and crunch. The pickles are just a hamburger pickle that I got at the grocery store.

Maybe you don't know but now you know.

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So 100 will be switched, so that'll also be off.

And then this over here is also going to be eight centimeters

That's all you're saying.

OK, that's fair enough.

I'm about to run out of time.

I guess they took it on the phone.

And they wrote back and said to me, well what do you really mean? So they hit my question with a question.

(Laughter)

We know that it's going to be shifted up by 1, so up plus 1.

Galaxies seem to fit all over this particular family of profiles.

And who cares what that that would be x to the first over 1, right?

I worked this out in advance so, I know it's 11, 9.

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