And I'll do them in a different color.

So a good place to start is just to see if, is there any common factor for all three of these terms?

And then, finally, in this fourth term, what do we have?

And so forth and so on.

And then you take the derivative again, you get y prime.

We take our kernel, which in this case might be a 2 x 1 kernel.

Clearly, this falls into the absolutely necessary category.

that's our first priority. that's our only priority right now.

This 2(7x 1) or we can even say 2(7x 1) so then this becomes 5x plus

The ax cubed term is generated from that term, that term, and that term, being multiplied together. and then the constant term is multiplied by the constant terms to be multiplied together.

You're to surrender all classified materials to the Security Directorate before leaving.

That's just all of these added up, plus all of these added up.

So that's our new real part.

So a1, a2, all the way to an, and they're each going to be multiplied by c.

That information is confidential.

You're essentially multiplying every term of this first number or every part of this first number, times every part of the second number.

I apologize for the delay in sending the agenda.

Important to realize, that, look.

If I use that eraser

And I'm going to do that in orange.

It's our highest priority, sir.

Here are the proposed agenda items for the meeting on January 28.

And then I asked the usual question

Choose A for All Items

Choose B for All Items

Choose C for All Items

Auto Choose Operation for All Items

No Operation for All Items

Negative 1 minus 6, that's negative 7, and then we have this plus 8x left over.

All this meant, when I wrote these parentheses times next to each other, I'm just going to multiply this expression times this expression times this expression.

The constant term d is equal to minus 2.

Five thousand products imagine counting every product category in Cesar Hidalgo's data.

And let me pick a good color here.

Restrictions

Transform of y, right, that's what we want to get to, is going to be s to the fourth times the Laplace Transform of y now every other term is going to have a minus in front of it minus lower the degree on the s minus s to the third.

(Applause)

And that's why you're left with just b.

So when you see something like this, when the coefficient on the x squared term, or the leading coefficient on this quadratic is a 1, you can just say, all right, what two numbers add up to this coefficient right here?

This location is highly classified secrets.

And the first thing you should realize is that every term here is divisible by x.

You want to split the first degree term into two terms.

But at the end of the day, you are doing the same thing here

My priority is preparing this ship for combat.

What I'm about to tell you is classified.

It's classified.