Cylinder

The cylinder?

What is the cylinder?

So did we recover the cylinder?

You took the cylinder.

He says he had to keep the cylinder safe.

Metallic cylinder, 24 inches tall, 12 inches in diameter.

Energy is leaving the clock.

You and your colleagues had the cylinder last.

That's what we use to inject, as we start to do our deep dives.

That is, equal to the force of gravity pulling downward on the cylinders.

But his refinements were incredible.

Move it! We don't have to actually disarm the device, we just have to remove the cylinders.

You don't have to worry too much about that, but they're these little cylindrical looking things.

So the main tank, the main critical thing, is this oxygen gas supply cylinder we have here.

But if we let the clock run, the cylinders slowly move downward.

The cylinder could be any number of things, none of which I am prepad to discuss.

So how much power does the clock use?

So this is the engine.

You've seen him in Olivia's photographs, so cut out the gibberish and just tell us where the cylinder is.

So someone came up with a very clever idea.

But if we want to go deeper, of course, we need another gas supply, and helium is what we really need to go deep.

We can calculate the amount of work done by multiplying the force we apply times the distance over which we apply the force.

Before we let the clock run, the energy is stored as gravitational potential energy of the cylinders.

The lock itself is a normal cylinder lock so it doesn't automatically lock when you shut the door.

I believe there are only another four hours in which I must keep the cylinder from those who are trying to get it, a theory I have discussed with my friend, who agrees with me.

A normal person might spend a lifetime at it and still not succeed but faced with a determined Ren it was not greatly different from a normal cylinder lock.

And Laennec thought this would be a wonderful way to listen to the chest or listen to the abdomen using what he called the cylinder.

To raise the metal cylinders, we need to apply a force equal to their weight.

We transfer energy into the clock when we turn the crank to raise the heavy metal cylinders inside the clock.

We can figure this out because we already know how much work we did when we lifted the cylinders

It's just a small cylinder down here, which holds the generator inside and all the linkage, and it's the hot cap the hot cylinder on the top this part gets hot, this part is cool, and electricity comes out.