Distributive property.

Distributive property in action.

Let's do the distributive property.

And it's just the distributive property.

Distributive property of multiplication over addition?

You could do the distributive property twice.

Distributive property that was an amateur mistake.

This is using the distributive law of multiplication over subtraction, usually just referred to as the distributive property.

I'm just doing the distributive property in reverse.

All I did is a distributive property here.

Let's do some problems with the distributive property.

And then you just do the distributive property.

So you see why the distributive property works.

And this, and I don't know if you've learned the distributive property yet, but this is just the distributive property.

I multiplied them just using the distributive property twice.

And then we can just apply the distributive property.

Use the distributive property to simplify the following fractions.

We did not use the distributive law just now.

In the distributive law, we multiply by 4 first.

This is the distributive property in action right here.

So we actually have to use the distributive property.

you don't even have to do all this distributive property

Well, here there's actually no distributive property to even do.

I actually just think of it as the distributive property twice.

But they want us to use the distributive law of multiplication.

They'll work for any numbers because the distributive property works for any numbers.

But if you want to use the distributive property, you distribute the 5.

We're just doing the distributive property in reverse over here. x plus 6.

So let's just try to solve this or evaluate this expression, then we'll talk a little bit about the distributive law of multiplication over addition, usually just called the distributive law.

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Form is function. Form is function.

Now, if we want to use the distributive property, well, you don't have to.

When you multiply these two binomials, you're really just doing the distributive property twice.

All right, and now we can just simplify that by doing the distributive property again.

But when they want us to use the distributive law, you'd distribute the 4 first.

And you have to multiply every term because it's the distributive property on both sides.

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