So this is that story.

So this volume and that volume.

So this has that same property.

So from this configuration to that.

So, this is parallel to that

So this graph looks like that.

So how do we change this, so that we can do that?

So this does simplify to that, so we have factored

Is that so? Look at this kid acting so gentle!

So this right over here, that is

Chemistry this, biology that, and so on.

So this will cancel out with that.

So this line will look like that.

So based on that, this looks cheaper.

So this 5x, that shouldn't be there.

So, this must be parallel to that

So, this must be parallel to that

So this will be practice in that.

So it's that row times this column.

So that was the idea behind this.

Lessig so that video inspired this video

I picked that number so that this and that cancel out.

So this term divided by this term reduced to that.

So this is this just the same form as that.

So we know that in this case, this equals three.

So that was this term and that term are real.

And so that explains this pattern that we've seen before.

So now, this guy gets pulled in that direction so it look something like this.

Well, we see that this is equal to this, so this has to be equal to that.

So this guy knows that this guy saw four green hats.

So that this is possible to do this is not deniable.

That tree is not so tall as this.

This is all that is known so far.

So let's say that this is my boat.

So this is some work that we're doing.

So there's no x that satisfies this equation.

So we'll say that this is equal to,

So this constraint boils down to that constraint.

So this is just another visual representation that

So this and that are the same number.

So I'll just do that in this corner.

So this is a query that we had

So is that just another version of this?

So this is the same thing is that.

So this is a piece that demands exploration.