It's above the asymptote there.

His foot was over the line. Yardley?

This line over here this is the median this right over here is the median.

So we're always going to be a little bit above the asymptote.

So supplements above this line are worth investigating, but only for the conditions listed below, and then the supplements below the line are perhaps not worth investigating.

This line here and this line here, so this line and this

Let's just draw that line, so that line will look something

And when it's finished, you put it vertically, and now the tea is you remember above this line and the water only comes to here and so it keeps the tea out.

If I have that line, and then I have that line.

And that line's y intercept so that's this line that

Let me draw that asymptote.

So supplements above this line are worth investigating, but only for the conditions listed below, and then the supplements below the line are perhaps not worth investigating.

It's slowly approaching that line.

This line.

This line and then I had this line.

That is line AB and then i have line AC

That line would have to be 3.8 million miles above this stage.

And then the second line let me do it in another color I don't know if it's going to be above or below that line, but it's going to be parallel.

Then this orange line, that's perpendicular to the yellow

Is this magenta line and this blue line parallel?

This line up here, (I'll do it in blue), which is the same thing as this line right over here,

That's this line.

That's the first line.

This is the asymptote.

And we could figure out what that line is. Its asymptoting towards some line.

That's this line right here.

This whole line right here.

Onto this line right here.

That is a line.

And when it's finished, you put it vertically, and now the tea is you remember above this line and the water only comes to here and so it keeps the tea out.

So if this is one line right there, a perpendicular line will look like this.

If you reflect this guy, if you reflect this blue line, it becomes this orange line.

Well, in this line, the slope was the same throughout the whole line.

In fact, I think that's enough to show that this line is parallel to this line.

So that line would look like that.

And so that line would look like that.

That dash is science.

Let me draw that line in.

Is that the line?

What is the same road?

line integral.

Let's call this line right over here line AB.

That's that line.

So that's our first line.

So this is the line.