He said, I don't know I'll have to think about that.

I think you get the idea here.

XRF, X ray diffraction, and the results are very positive so far.

This was my grid.

I think everybody understands what that means.

All of these are equivalent.

So fear is your friend. Fear is an indicator.

This only has to hold for n that are bigger than n₀.

It likes to hog the electrons.

Show an icon indicating the item has a reminder

But in that crystal scales let there be weigh'd Your lady's love against some other maid

It printed...so this is, we run the program..it printed 'a lt 0'. so it shows we are inside of this clause.

And then finally, we have this 1, which is sitting in the ten thousands place, so it literally represents 1 ten thousand.

It isn't, in fact, about curtailing possibilities.

Another complexity this is the age of the oceans.

Now the reason why I did this is to show you the dimensions along the base and the height.

They use this symbol. You might have seen them before

Well that's 5.

Which is a factor of 4 improvement in performance.

(Laughter)

And they give you 5 10's which is the same thing as 50.

Then it tries to take the type of 10, which is a type int, then it prints that type int.

And I can just keep doing it.

Blue means they're working on it no need to worry.

Blue means they're working on it no need to worry.

What's This

So x1 minus 1.

I can rewrite this as the sum of this 1 represents 1 1 10,

Up there is the skeleton, which is actually what it's trying to do.

That would be 48.

Now, I've added a function on the post object called render, which will basically render that blog entry.

In future videos, I will give you a little bit more intuition for why this works, or I'll actually show you how this came about.

Take a look at this.

This 8 right over here is in the thousands place.

And TED introduced me to a whole new way of thinking and presenting ideas.

Vertex 1 and vertex 2, and by listing out those indices, 0, 1 and 2, so these are integers, that says this triangle has this, this, and this vertex.

Let's hope it runs. I saved it. Now let's run the program.

And it's one that offers really interesting possibilities for organizing a whole host of activities down the road.

Well, that represents 16 of the 48.

And I couldn't find much, really, but I found this graph produced by the ITU, which is the International Telecommunication Union, based in Geneva.

You no longer need to open the Gmail app at all to see what's going on in your inbox.

And this is demonstrating that through random energy, we can build non random shapes.

like this set of parentheses does remember for the permalinks.

The whole creation is like this. It's just like that.

Law sets boundaries, and on one side of those boundaries are all the things you can't do or must do you can't steal, you've got to pay your taxes but those same boundaries are supposed to define and protect a dry ground of freedom.