I think you get the point here.

So that's that.

Times this thing right here, times this component, right?

Now, to understand why this works, let's draw it out.

So he's got 3 equal sections.

Where do you want me to go? My room is right over there.

Plus q of x of t, y of t, times the component of our dr.

And then you have to multiply that times the derivative of y with respect x, which is just y prime.

Well, they decided to mosquito proof every house in Northern Alabama.

That'll come in useful later on.

So how do we take half of that?

So let's first look at Micah, or Mee kah.

and let's say I divide it into 4 equal parts.

Bits of you do.

So what are the remaining slices?

Lovely though physical exercise may be, there are other parts to life there's the intellectual side there's the emotional side there's the spiritual side.

I'm just a part of the scenery, like an old shoe or a rug that you walk on every day but don't even really see.

The disease is endemic to this province, as it is to most of tropical South America.

So we just have to figure out the real and the imaginary parts.

Follow the light.

There is 1 last key element of a computer program.

What part?

Almost every Laplace transform problem turns into an integration by parts problem.

Well, actually, even a better way, an easier way might be to draw circles.

So let me write that down and I want to color code it.

This is a representation of your brain, and your brain can be broken into two parts.

The negative one times positive eight sixteenth so it's going to be minus, minus eight over sixteen.

In this rather long sort of marathon presentation,

What fraction of the pie was eaten?

So we have two mixed numbers here.

So if I have a plus bi, where a is real and b is real, this is a complex number.

You want chicken wings or chicken legs?

Or another way of thinking about it, if you take this

Axes Division

PartialPaint

We started with 5 equal sections, but then we divided each of those into 3 equal sections.

In order to make sure we can evaluate our hypothesis, what we are going to do is split the data we have into two portions.

And you would have a 1 over there.

It's there. There's just something missing.

And one way we could think about it is divide this section into 4 equal spaces.

That is one section and then if I copy and paste it,

He's got a little bit of a stub of green there.

Right here we've drawn each whole.

It actually looks more like the Mercedes emblem.

Let's look at a piece of HTML to show you why.