If we take 21 and negative 1, their product is negative 21.

So if we take negative 8 times 7, that's equal to negative 56.

I'll take this point 2 minus negative 4 over 4 minus negative 2.

Take x is equal to negative 4.

If I take negative 3 I take negative 3 and I were to square it, that is equal to 9.

On top is the negative of the foreground action.

So negative 20 and 6, when you take their product, give you negative 120.

Or you take the inverse of negative 1 3, it's negative 3, and then this is the negative of that.

If we take 22 times negative 3, that is negative 66, and 22 plus negative 3 is equal to 19.

I did not, however, take this negative stand.

Let's take the negative log of both sides.

But then you take the negative of it.

Now what happens if we take negative 2.

But then take the negative value of it.

But if you, you know if you take 8 away from 8, you're at 0, and then you take another one, you're at negative 1, then negative 2, negative 3, all the way to negative 4.

Europe can stop this negative dynamic now with bold action.

The slope for that second line is, well, let's take, here, negative 1 minus 6, over negative 1 minus negative 2 is equal to negative 1 minus 6 is negative 7, over negative 1 minus negative 2.

21 times negative 1 is negative 21. and if you take their sum, 21 plus negative 1, that is equal to 20.

You take the negative sign and it becomes positive.

So we want to take the negative square root.

So let's take the negative root of both sides.

When I take the product, I get negative 21.

Or we essentially just take negative 3 and divide it by 2, which is negative 3 2.

And if we take negative 2 and divide by negative 2, we're going to have positive 1.

Right. Then take legal action.

If I take negative 1 over 2 3, that is equal to negative 1 times 3 2, which is equal to negative 3 2.

When x is positive or negative 1, y is going to be negative 1, because you square them and then you take the negative.

You can't take the square root of a negative number.

Now, you could take the negative square root as well.

So if you take q is equal to negative 1.

Can we take a square root of a negative number?

So what happens if you take 3 and negative 5?

Now, if you take i squared, you get negative one.

So if I were to take a positive divided by a negative, that's going to be a negative.

So if I take negative 2 squared and I have a minus negative 2 squared minus 4, all of that over negative 2 minus 2.

But here we want to take the negative root because this expression right here is going to be negative.

And the values that my domain can take on are 0 through negative 8, and every even negative number.

The Council shall take appropriate action.

So, to do, action, take away.

So we want to take the positive and negative square root.

Now that we've seen that as we take i to higher and higher powers it cycles between 1, i, negative 1, negative i, then back to 1, i, negative 1 and negative i.

If something is larger, when you take the negative of both of it, it'll be more negative, or vice versa.

Now, let's think of the different factors of negative 15 when we take their product, and if we take the sum, if we can somehow get to negative 2.

So this is going to be equal to negative 2 plus or minus the square root of let's see, 2 squared is 4 and then if we just take this part right here, if we just take the negative 4 times negative 7 times 9, this negative and that negative is going to cancel out.

So we want to take the negative square root of our square.