And there we are, I can give them to you.

Where do they start? There's lines on your hands and lines on your feet. There's lines on the sidewalk and in the street. There's lines on the buildings and on the walls. There's even some lines on a basketball. And not every line happens to be straight. Like the line of potatoes on my diner plate. And what about the lines like the railroad tracks. You mean parallel lines?

Same exact reasoning here.

We have a situation. It's him again, he needs to be stopped!

Why are you talking so high and mighty to me?

Let's see if we can learn a thing or two about the hyperbola.

Let me draw my x axis right here.

And I have a point outside the line.

Fudge! My stocking's run.

Oh, my God. It's a radio.

So we thought we'd just kind of model

Do you see?

So the line y equals x looks like that.

Man needs a radio.

Like Dixon's brain...

Sir, wireless networks are down and I think they're hitting the land lines, too.

littleBits are actually pretty powerful.

And I'll just call that line L .

I'll draw them as a dotted line.

And on the surface of a sphere, a straight line is the biggest possible circle you can draw.

The perimeter looks light.

A perfectly positive linear relationship would look something like this, but this and this are also positive relationships, whereas a negative linear relationship would look like this, but this and this are also negative relationships.

He was sent into combat.

Let's draw our number line.

Apparently not. How did this operative get past our perimeter?

with this Half line

with this Line

No, they're still radio silent.

This is a plane.

However, these are just the tip of the iceberg.

You add the 1 plus the 2 plus the 1.

Your slope over here is the slope of the tangent line.

Now if we increase y intercept by one more it's just going to push this line up one.

At night when I go to bed, 3 4 a.m. in the morning,

A plain map. It uses vector lines to mark coastlines and country borders etc..

And we're adding 3 to it.

We look at the framework that makes it possible to live in this connected world.

This is a picture by Joan Miro.

Let's see if we can tackle a slightly more difficult hyperbola graphing problem.

Infrared and ultra violet rays are types of light invisible to the human eye.

He did the three lines?

Electric fields are not ionizing radiation,

We have morning meetings, 1 25which are really community building meetings.

So this could be our bridge. And we zoom right in.

They were connected to computerized radar stations that transmitted tracking data using telephone lines or radio waves.