Put it there.

Let me put that there.

let me put it right here.

0, let me do it like this.

Let me do it in a different color.

Let me do it in a different color.

I'm just doing it right below the line.

I'm going to not do it in order.

I want to put him in jail.

So let me put this this way.

I'll take a2 and throw it on this guy.

I have essentially put this in reduced row echelon form.

And the numerator is going to be let me do it in a different color A.

And I set this up right here, so that the kilometers cancel out.

I already have one and I don't wear it.

I should put it in a tub of water.

Any real number I put in for x, I'm going to get a

I have one left over that I wasn't able to do with.

And I'll do it around let's say that's 40, this is 40, 41, 42.

So we can multiply this times 1,000 meters, and I'll do it over 1, per kilometer.

Actually I'll take a little aside to show you it doesn't matter what order I do this in.

I'm obliged to keep a little in the house... to put in the infants' daffy when they ain't well.

I mean, just to put it in perspective, 27 degrees is the temperature of a normal indoor swimming pool.

But I like to get it out of the way so that I can figure out very clearly what number I should put here.

But now we can use logarithm properties to say hey, if this is the exponent, I can just stick it out in front of the coefficient right here.

You'd have 10 terms, plus I don't know what the 10th letter of the alphabet is maybe it's H or I or something.

OK, I'll draw my axes, that's the y axis I'll just do it in the first quadrant and this is I really have to find a better tool to do my this is x coordinate, and then let me draw my curve in yellow.

And Applied Minds gets a lot of calls from people who want help with their problems, and I didn't think this was a very likely one to call back, so I kept on giving him to the delay list.

One of the things I want to summon over the course of the lectures an aspect I want to, to bring to bear the ways in which there were many breaks in the process of growing interconnections of the world, parts of the world and resistances to the process.

let me do this on the side square root of 2 times the square root of 6, we know from simplifying radicals that this is the exact same thing as the square root of 2 times 6, or the principal square root of 12.