lot of factoring examples.

This is hard using factoring.

For example, factoring quadratics with

And we're done factoring it.

This is just factoring a quadratic.

This is a hard problem with factoring.

Welcome to solving a quadratic by factoring.

Carter is solving this equation by factoring.

Let's solve some quadratic equations by factoring.

We can solve this without factoring it.

This isn't any kind of fancy factoring.

The Estonians are beating us at factoring polynomials?

That's the whole point of factoring by grouping.

Let's just finish factoring it since we started it.

So it's, it's really a decomposition of factoring problem.

And it's very hard to imagine factoring this quadratic.

You're probably not used to factoring out an entire binomial.

So this is super hard to do just using factoring.

You might want to review factoring polynomials if that doesn't look familiar.

So what I'm going to teach you is a technique called, factoring by grouping.

So, you might say, hey, why did we ever do that factoring by grouping?

They're getting more help on the basics of solving equations, factoring quadratics, graphing parabolas.

In this video, I want to focus on a few more techniques for factoring polynomials.

You're not factoring in the tax deductions of mortgages, et cetera, of interest on your mortgage.

Might want to review factoring a polynomial, if you found that a little confusing, that step.

And so if you need cash, factoring is a normal part of financing in certain industries ???

Maybe when we were doing the factoring problems we didn't realize graphically what we were doing.

Let me do the first step by hand and rewrite σ² by factoring out the square.

And normally when we're factoring, especially when we're beginning to factor, we're dealing with integer numbers.

I don't want this to ruin all of the training you've gotten on factoring so far.

It was a minus here, but I'm factoring out of a minus e to the minus st.

Let's say you're me and you're in math class and you're supposed to be learning about factoring.

So we're literally just factoring out a 2x plus 5, and we're left with an x plus 6.

So you get vb minus vc times time I'm just factoring out the time is equal to 300.

You could try to factor it, but personally I don't enjoy factoring things when I have a coefficient.

Well we've been solving for x using factoring, or the quadratic formula, or finding the roots of these quadratics.

Then you get 0 b 10 times b 6. We are just factoring out this out of the expression.

So this 0's equal to minus 2 times factoring out minus 2, you get x plus 6x plus 8.

You might want to review factoring of polynomial or completing the square if you found that step a little daunting.

So the easiest way to do it is to write it as a quadratic equaling 0 and then factoring it.

And here, this would be just a traditional factoring problem, the type that we've seen in the last few videos.

So that's why this whole factoring by grouping even works, or how we're able to figure out what a and b even are.

In this video I want to do a bunch of examples of factoring a second degree polynomial, which is often called a quadratic.

It is at this point that you realize if you wanted to avoid thinking about factoring maybe drawing stars was not the brightest idea.

Now, I'm going to close up with something slightly different, but just to make sure that you have a well rounded education in factoring things.