So if I were to draw the top view.

So now we've defined what's going on inside of the box.

So this tells us that k is equal to minus 1 4.

So let's think about this way.

I want to draw a thicker ellipse.

Or a gas.

So if these are the axes, then if I were to draw let me draw some asymptotes.

And I could draw this anywhere.

So, we obviously know that CB is going to be equal to itself

Draw a path.

And let's say I have some surface.

And you normally draw it like that.

Drag to draw.

When selected, the window borders are drawn using the titlebar colors otherwise, they are drawn using normal border colors.

So let's just divide both sides by 2, and we get x is greater than negative 4 divide by 2 is negative 2.

That's our center.

He's showing up to L.A., tail between his legs.

Draw flags?

Draw the Moon?

So what we do is we draw an arrow.

When selected, the window decoration borders are drawn using the titlebar colors otherwise, they are drawn using normal border colors instead.

And just to give you an example like that, if I wrote minus 3 times some vector I'll just draw the vector here.

And let's draw that.

And because the war finally draws to a close.

So I go to the right 2 and I go up 3.

It's a nifty little space where all your questions can be answered. For our next step, why don't you go ahead and fill in the onLoad function that we defined earlier.

Draw models of molecules

Enable stars in the sky.

Draw Ecliptic?

Draw Saturn?

Draw Mars?

Draw Venus?

Draw the Sun?

Draw Jupiter?

Draw Mercury?

Draw comets?

Same drill when we graph this equation.

Over here, same thing.

Draw Celestial equator?

Well that seems like that would be the last step. Then you're done.

Watch how SketchUp will give you reference points to help as you draw.

So, you rise 2 for every 3 that you run.

last time with the shifting.

They flash up into my memory, just like Google for pictures.

So let's just graph this function, or represent it using their terminology.