So the whole time we did here, when we did our first row operation.

We solved it.

We have made a lot of discoveries, we have shown that extracellular matrix talks to chromatin.

We're doing it when you do eight times three and we're doing it when we did three times eight.

We've done that already.

That's exactly how we did it.

We're done.

Are we done with this?

We preprogram it.

And why did I do that?

Because we square it.

We removed the kiosks.

We've picked one of them.

And we're done.

We've changed it a bit.

We dropped them gently in.

So we did this.

So then we broke it down.

So this is the exact same problem here.

And if we do that,

And we are squaring it.

So then we are done.

We've created the equation.

What did we upgrade?

And we're making a lot of progress.

We factored it out.

We've done the research.

So we did an experiment.

So now we just simplify.

We cleaned in there. I'll get them.

We asked Mitch to come over.

We've done our duty.

We've established contact.

But we did what we had to.

We took a wonderful drive

Which we computed in the that was the very first thing we did.

But in the ones we've solved so far, you solved for a particular x.

We've just proven the first case, if a point lies on an angle bisector, it is equidistant from the 2 sides of the angle, now let's go the other way around,

What we did at Wired was we went, and I got our graphic design department to re imagine these lab reports.

And it would have been the same thing if we calculated run here or if we calculated rise here.

However, we have assessed him.

We did our due diligence.

And we multiplied seven times forty.

We have been working very hard.

We're done with that.