So our solution is x could be greater than 1 or that's both of these positive or x is less than minus 2.

So let's look at the situation.

line in the xy plane.

That is equal to negative 3.

It's a positive number.

We said oh this is an ellipse.

Let's say that x is equal to t minus c.

We just said that the area of the whole thing is 2 times that

Both you boys need serious help!

It's a rectangle.

I'd like to say a few final words about supervised versus unsupervised learning.

look at the situation where a is equal to 1.

If you have double quotes in a Python string, we need to enclose it in single quotes.

Or you could say if x is great well, you could go both ways in that.

Either both the numerator and the denominator are positive, or they're both negative.

The one up here is called 3 2, the one on the right is called 4 3.

Anywhere where there is a 0 and 1, and a 0 and the other, it's going to be 0.

These are by a simple, standard test.

And I will tell you that the probability of being happy is governed as follows.

And once again, that's an equivalent statement.

So let's do both situations.

The first is where both of them are greater than 0.

Let's see if x is equal to 3, y equals 3 definitely satisfies both these equations.

If it had 10,000 shares, and actually both of the shoe companies had 10,000 shares, then the market is essentially valuing the equity of Ben's shoe company at 215,000, even though the book value of the equity was 135,000.

We can rewrite that as the principal square root of each and then we take the product, but you can only do this or I should've say you can only do this if either both of these numbers are positive or only one of them is negative.

If we subtract 18 from these data sequence, we get 11, 20, 14, 5, and 0.

Only because this is a perfect square, can we now say x minus 5 squared is equal to 9, and now we can take the square root of both sides.

And if we do x plus 2 greater than 0, if we subtract 2 from both sides of that equation remember I'm doing this right now we get x is greater than minus 2.

If you divide both of these by 3, you get 5 to 3.

Well, we've been doing things like if I said that y is equal to, I don't know, 3x.

Area is kind of a measure of how much space does this thing take up in two dimensions?

Both of you lose.

So let's explore x plus 4 is greater than 0.

And you might have been able to solve that in your head.

I'm going to multiply both sides by x plus 2, which I'm assuming is positive because x is greater than minus 2.

And he was at both crime scenes.

So the other option is x minus 1 less than 0 and x plus 2 less than 0.

I may have deserved that.

If just the y is negative, but the x is positive, you're going to be in the fourth.

They don't have money for a transit pass.

And what I want to do now is try to figure out, how do we graph either of these parabolas?

They say to me, We're going to run out of uranium. I said, OK.

You get p is equal to I times 1 plus i.

This is an exact equation.

Is C plus B defined?