No serioulsy, what the fuck is wrong with that game?

Dots and Boxes

And we have a quick hack that we did to try to put one of our books on it, and it turns out that 200 dots per inch means that you can put scanned books on them that look really good.

Let me copy and paste it.

So what is this guy?

I could just read this out.

GPS tracking dot.

And we know what that is, just from this example up here.

And these dots.

Files Starting With Dot

So, we could start off with the same input as before, which was, dot dot dot x dot dot dot dot.

This times this is equal to v1 let me color code it v1 dot v1 times this guy times v2 dot v2.

It's the dot product of the force and our super small displacement.

The DOT image is a video game.

So rather than X and Ẋ, we have X and Y and Ẋ and Ẏ as our state vectors.

Let's connect those points.

So you can see here we are in the U.S., and they're all coming up red.

The dots were connected in my life.

One can obviously also make combinations.

And you see we have quite an interesting pattern building up.

One is from the CDC.

That's this, right there.

It gives you the floating point version.

And that's 299,800,000.

And then it's going to be times the spanning vector itself.

Let me write everything over again.

How often every dot is printed

And then what is f dot dr?

The two families with thicker symbols are elliptical galaxies and dwarf ellipticals and dwarf spheroidals.

That's the dot product.

This idea is the same as that of building my sailing boat.

And one of the things Obama did, was they famously, the Obama campaign did, was they famously put up

Allow multiple dots in ISO9660 filenames

Horizontal Dots

How do we get this in terms of t?

Thank you. (Applause)

So in general, if you're trying to find the work for a constant displacement, and you have a constant force, you just take the dot product of those two vectors.

So we have to specify. It's not tangent to that one, it's tangent to this one.

The first performance's name is DOT .

Allow leading period in ISO9660 filenames

I multiply this vector times this vector.

The base squared is going to be the length of vector v1 squared.

And that's what we did right here.

And if you just think about it, what is f dot r?

I've ordered a book from Amazon.com.