We have x plus 6, and I'm going to distribute this negative 1.

Well, it's the a times a to the zero is let me write it down for you.

Once again, that equals fivex plus nine.

Let me do that in the same shade of purple right over there.

And then that is equal to the integral from 0 to infinity.

100 6 is the same thing as 50 3.

And I will distribute recognition codes and credentials.

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Fair enough.

Step 1 looks good.

And that's our answer.

And now what can we do?

You get 8x minus let's distribute this negative 5.

None of those figure into our cost, because first of all, we sell it at cost, and the governments distribute it.

2 is greater than.

So 3 times a 3 is 9x.

I'm just doing the left hand side.

But as you see, all we did is distribute it, this a times three.

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We're dividing both of these terms by 74.

And you can verify it by multiplying it out.

Not so fast, say other people.

A list of new team members will be on your desks after you leave this meeting.

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4(2 5x) 6 3(1 3x)

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The teacher distributed the leaflets.

The document was distributed to all department heads.

It's a very difficult thing to make a vaccine for.

So what we could do is we can take the c plus di and distribute it on each of these terms.

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And one, you can always verify that you factored this properly by distributing each of these expressions.

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