This term times that term, plus this term plus this term.

This term to this term to get this term.

So that's this term, this term, and this term.

We're adding this term to this term.

This term is the same thing as this term.

So this term divided by this term reduced to that.

And it seems like this term would overpower this term.

So this term right here is this term right here.

And we can multiply this thing times this thing to get this term, and then this thing times that term to get that term.

We can distribute all of this onto let me do it this way distribute this entire term onto this term and onto that term.

I'm just literally adding this term to that term, to get that term.

So let's factor out this term and that term.

I know because the c cubed term is going to come only from this term multiplied by this term.

So this term the bottom left term is going to be this row times this column.

Now, this second term.

What is this term?

And what's this term?

This term right here.

This term plus this term is 15 minus 8 which is equal to 7.

So this term is the same thing as that term.

So that was this term and that term are real.

So this term times that term is just our du.

Or what x values make this whole term 0 and make this whole term 0?

Now, if you were to undistribute 2x squared out of the expression, you'd essentially get 2x squared times this term, minus this term, minus this term.

And this is the term.

Because this term is huge.

That's this term right here.

Where is this x term?

You get this first term.

This is the first term.

This is a constant term.

This term is going to overpower this term and so this whole thing is going to go to zero.

This term is the exact same thing as this term if you just cancel the x minus 8 out, and this term is the exact same thing as this term if you just cancel the x plus 5 out.

Now let me group the positive and the negative terms. So this term is positive, this term is positive and that term is positive.

So 6a squared b squared plus well 4 This term is the same as this term, right?

And when this term is 0, it behaves the same way as when this term was 0.

So now this expression, we have two terms instead of four, right, this is one term, this is another term.

So this term, if you multiply that times that term and multiply by this term squared, they simplify to what is sometimes called little g.

This approach too often sacrifices long term essential objectives to short term concerns.

B is the coefficient on the x term, so that's this term here.

I could write this term first, or I could write that term first.

This term right there is the same thing as that term right there.

And as a general term, we can use the term intersex for this.

All the way down to plus this last term times that last term.

This long term process particularly requires