So we can just use this

So, we can look.

And then we could break it out.

But this could also be written as four three times.

We can drop an altitude over here

So we can pass these around.

We could add 2 to both sides of this equation.

So we light our buildings with daylight.

We could just multiply these out and see what happens.

And if we want to simplify it, we can just multiply it out.

We can design better games.

If we wanted to, we could have just looked at the discriminant.

If we stick together, we can put that place back up.

So we could start let me do it in another color.

You could just look up the heats of formation of each of these products.

We can do things like tie our shoelaces and cross the street by ourselves.

If x was 0, this would cancel out and you could just solve for y.

If they want to play rough, we can, too.

Well, we have the same base, so we can add the exponents.

We can add the exponents, x to the 1 plus 4 plus 2 power, and

You can view that as completion...completion and then Wa...Al Muqabala that means essentially 'balancing' completion and balancing.

So we can use the genetic code to write out words, sentences, thoughts.

If we wanted to do it mathematically, we could figure out this coordinate right there.

Those are its dimensions. Well, you could just multiply it. You say 1 2 times 2.

Well, now that we're both here, we can be on our way.

And then finally, we have just a straight up x squared the exponent is already positive there, and we can just

If this is true, we can help these movements.

So we can make a model of your heart, your brain on a chip.

So we could say volume 2 is going to be equal to the distance 2 times this larger area.

So we can't say it's natural.

We can associate them differently.

So we can see that triangle, let me write here with a new color,

That's 1 4 pi, so we can just write pi over 4 h squared.

So, we could instead of ending the last lecture with hoofbeats, I could have ended it with the sound of whimpers.

But if we can simplify it, we can figure out what it approaches.

So we can use the atomic number also as an indicator of how many electrons in a neutral atom.

Well, if we knew this angle here, we could say they're supplementary.

By this definition right here of what composition even means, we can just apply that to this right here.

You know, if you do well here this could turn into a regular job.

If we just want an x over here, we can just divide both sides by 2.

So now that we have our normal vector, we can define the traditional equation for the plane.

Now that we have the definition we can apply it to some actual matrices and vectors.

Or if Mrs. Yarro's really gonna have triplets, we could completely redecorate the house, couldn't we?

This just give us a static picture of if we know the height we can figure out the volume.

So if we wanted to figure out this diagonal or this length right here, we can just use the Pythagorean theorem.