It's very late. Let's go now.

We gotta travel fast.

And now both of these can climb better, move faster, swim differently with their prosthetics than us normal abled persons.

In 12 minutes she would have to travel 400 meters more than Chelsea.

When you're subtracting 8 you're subtracting another 6.

We got to travel fast, even faster than before.

There's many, many, many more than what I've drawn, but that's indicative, and they'll all be going in random directions this one might be going really fast in that direction, and that one might be going a little bit slower in that direction.

Nothing to Move

Your goto move.

First we have 15.

Come on, move.

Go, go, go.

I'm sorry. Would you mind moving up just a little?

would you be able to visit the past

Go on.

And we're going to traverse it just like that.

When we met her three years ago, we said, What could V Day do for you?

You have to keep going.

The oceanic currents moving around is not an obstacle it's a solution.

And he is going to, while the whole column is going forward with the velocity, v, he's going to go to the front of it.

Nothing to Trash

I mean we have had to move the decimal from 3.457 to get to this

You know, it's pretty to look at for a while, but then it dies.

This right over here would be 0.5.

And that doesn't look like life to me.

So, relative to this train, we move from right here, we move 400 meters.

So this means that x plus 9 is equal to 0.

If I multiply this, I should get a smaller number.

Go to transport.

Nice move.

You start here in the start state, and then we see an a, so we move over here.

It's too soon.

So this bump over here made it to here.

Go back in.

And we move 600 meters relative to the front of train

Move!

Move!

But I said that we have to also if I just shifted this function, you would have all this other stuff, because you would have had all this other stuff when the function was back here still going on.

I'm going to try my best to draw it still as a circle and show you that it's been shifted.

The first point I go along the horizontal, what we traditionally call our x axis.

Every time you move to the right 1, you're going to move down 1.

But this is true any function.

That is, if I execute the east action of this state over here with probability 1 item over here, if I assume the north action over here, probability 1,

You'll have to move your vehicle. Move out of the way.

You have to move...