We also have an active perception action, which is we can look at something.

What are you driving at? Ever since you gave him those orders yesterday to cut through these waters... he's had the jitters.

(Laughter)

Have you ever seen anything like this?

I can cut any way I want to, so I cut right here.

That could be heads, tails, tails, tails.

Well, then you can show me.

And perhaps more important,

So the market is saying, the right hand side of the balance sheet is what?

And, while this isn't wrong, it isn't quite the whole story either.

Let me see if I can get an approximate.

So by applying the corresponding space and time warp, we can correct for this distortion.

And you can see how it's being interpreted by the computer right over here.

And in fact, it's upon us.

Uh oh, this is tricky output.

And that 1 below 0 we call that negative 1 .

So, simple you come to GoogleArtProject.com.

But, man, what a relief.

Have you ever seen a lion?

Can you tell green from blue?

It's engineering, because there are many, many practical applications of what we study in this course and we get to see some of them.

The ones you don't want, you call problems, but you need them.

That's where I can't agree with you.

What x makes this term equal to 0?

And I'll do it again, just for safety's sake.

I surveyed his well proportioned bulk. At any rate, I said, I am able to help what I can see of you.

This is a patent from NASA.

So, we can even put a number to how many of those planets now do we expect our own

Let's trace what happens as we see a little more of the input.

p, li white space pre wrap Here you get a list of all accounts.

Can I see that?

I can peel off the layer of the lion.

Have you ever seen a whale?

So we're essentially multiplying by 4.

And it is f(x) although there are probably other contendors for the most famous odd function. f(x) is equal to x 3.

Let's go through the functions 1 by 1.

Your resourcefulness always amazes me.

And just by changing the functions, then I can decide what's going to be transparent and what's going to be visible.

The chances are that you will find him.

And basically the way it works is you start with a old physical book thing.

Let me write this down.

I wanted to create movement in the eye of a needle.

I mean, you can see them.

Have you ever seen a panda?

Did you ever see a whale?