I swapped the sides.

I just swapped them.

Well I swapped the sides.

I'd rather have this swapped around.

I swapped the two columns around.

I just swapped the two sides.

I just swapped these two sides.

X and a have swapped values.

I just swapped these two sides.

We've essentially swapped the x and y.

We've essentially just swapped the x's and the y's.

Because we've essentially just swapped the x and the y.

You can imagine if you swapped these guys around, if you swapped some of the rows, this guy would be negative, but you can 't have a negative area.

Here's a view inside the cube with the red and blue axes swapped.

And keep in mind, I actually swapped the left and the right hand sides.

If I had made another choice, then these two could have been swapped around.

And once again, it makes complete sense because we've swapped the x's and the y's.

Remember we solved for x, and then we swapped the x and the y, essentially.

I just swapped the order, you could say negative 9 4 is less than y.

All I did is I subtracted 100 from both sides of this equation and I swapped the sides.

So, 50 and 26 are getting swapped. All right, so now, what horrible thing have we created now?

And so it's not going to break very easily, but if it does, virtually every piece in this machine can be swapped out and replaced with a hex wrench and a screwdriver.

So now that we divided both sides by a negative number, by negative 3, we swapped the inequality from greater than to less than.

This disruptive mentality of what food is would essentially open up the encyclopedia of what raw ingredients are, even if we just swapped out, say, one of these for flour, that would eliminate so much energy and so much waste.

Let me out! Help me out! Out, out, out!

This is the amount of real physical memory that this process is using by itself. It does not include any swapped out memory, nor the code size of its shared libraries. This is often the most useful figure to judge the memory use of a program.

And these things can all be swapped around to change the properties of an atom, or even go from an atom of one element to an atom of another element.

But the general idea, we just swapped the x's and y's between this function and this function right here, if you assume a domain of positive x's and positive y's.

Out! Out!

Get out! Get out! Get OUT!

Out! Out! No.

Out! Get out!

Out. Get out!

Get out, get out!

Elizabeth Get out! Get out!

Get out. Come on, out!

Get out! Get out! Aah.!

out

Out

OUT

Out?

Out.

Out!

Out!

Out!