A cut paste history utility

Cannot Autocrop

And that's the power of storytelling.

You're more hogging it.

You're hogging electrons.

Belt.

And now the oxygen is hogging it.

You can't cut the hair in the back!

Seat belt.

Seat belt!

The seatbelt?

Put on your seat belt.

Drop your cartridge belt.

Drop your gun belt.

Take off your gun belt.

No girdle?

No one's hogging from anyone.

They're not hogging electrons one from the other.

So always wear your seat belt.

The heart of the bicarbonate belt.

It's the belt of my cap. It's loose.

A fibre belt.

This oxygen is hogging two electrons from carbon.

So the yellow bar represents car seats, the orange bar lap and shoulder, and the red bar lap only seatbelts.

And this goes all the way to the Kuiper belt all of these over here, so all the way out to the Kuiper belt.

Fasten your seat belt, please.

It's like a geological conveyer belt

ROBOT Fasten your seat belts, gentlemen.

They start crowding out other cells and hogging up the resources.

Over the years, my faith in the power of storytelling has been tested.

And it says, allow the possibility of no cut.

He can graze again, he can cut, he can bring in another species,

There's no belt. What have you done with the belt?

That coat with no belt was the end of everything.

Did you fasten your seat belt? It's fastened.

Zenith is the heart of the Bible belt.

Hillsboro, heavenly Hillsboro, the buckle on the Bible Belt.

In this case, the inverse Fahraeus Lindquist effect occurs and the wall shear stress increases.

In most cases, the heart protrudes outside the chest through a split sternum.

Then, adjust the cord length so that the pendant hangs at the position of your sternum.

Because hydrogen is very non electronegative, so you're hogging its electrons.

This is going to be a lot of cutting and pasting.

Here it's bonding with another oxygen, not hogging anything.

By stealing the ship, you beat me by a short head.

In engineering, shear strength is the strength of a material or component against the type of yield or structural failure where the material or component fails in shear.