sir.

That's going to be the exact same thing as the circumference of either the top or the bottom of the cylinder

Did I do that right?

If I divide the top and the bottom by 4, I get this.

Upper Face Down

Lower Face Up

You have your pi centimeters squared. So when you want the surface area of the whole thing you have the top, you have the bottom.

We already threw those there. We just figured that out so it's going to be plus 64 pi cm squared and now we just have to calculate it.

Reduce to lowest terms. So let's just try to factor out things on the top and the bottom and see what happens.

Search reached bottom, continued from top.

Search reached top, continued from bottom.

Reached bottom, continued from top

Lift the upper enclosure frame upwards slightly to meet the gussets on the side panels

That's equivalent to this.

So the bottom boundary and you can visualize it, right?

All of 'em, mister. Under the coat.

The boss allotted tasks to his men.

I will not have bloodshed, neither your men nor my people... on the Colonial One.

Upper and lower intestines both shredded.

How many men do you have available?

The lower level's in flames.

Let me see if I can draw this respectably.

How are your people?

The answer is this guy.

Or 2pi times the radius. 2pi times 4 cm which is equal to 8 pi cm. So this distance right over here is the circumference of either the top or the bottom of the cylinder.

The Y position of the OSD relative to the chosen screen and OSD alignment. If Top alignment is chosen the Y offset is the space between the upper part of the OSD and the top of the screen. If Bottom alignment is chosen the Y offset is the space between the bottom part of the OSD and the bottom of the screen.

Top line

Top Bin

Our men are still out there!

Where are my men?

Orellana and his men might've made it out of the jungle after all.

Where are your men?

He inserts U0.008 in front of the Z depth move

All my men heard it.

All his men died.

I would only have a couple of minutes of life left.

Well, we could subtract 2ab from both sides of this equation, right?

(Laughter).

All the sails were taken down.

My lower abdomen feels bloated.

These floats reveal that the upper half of the ocean is gaining heat at a substantial rate.

So now we have everything lined up.

Posteriorly look at acromion, the scapular spine, the supraspinatus muscle above the spine, the infraspinatus below the spine, teres minor muscle, the trapezius muscle, the rhomboid muscle, and look for scapular thoracic articulation, particularly looking for winged scapula.

He works under me.

Now let's take a static image. Can you see this?