I take a car.

I take a bus.

Well, that's not necessary.

Okay. You got a car?

Are we going to take a cab?

HORN HONKS you there! Bus!

I experience nausea when I go on too many rides.

I'll take the next bus.

I take a bicycle.

No. I'm assigned to the Enterprise.

Do you want a ride?

Getting on?

She starts her day with lifting weights.

So we have x times x squared to the third power, over 3.

This is looks like a perfect square, right?

20 divided by 4 is 5.

And a squared divided by a squared is just a.

Do you still fly it?

And similarly, you decrease again, you're dividing by a.

I'm catching the 11 00 train.

You'll miss the train.

That's right.

So what does our expression simiply to?

What quantity should be added to both sides of this equation to complete the square?

And we're just left with C times 2 minus 1, so that's just 1 so C is equal to 6 times 4, right?

And we're going to take the length of that whole thing squared.

Five plus two!

Or it's y to the first, times y to the first, which is also y squared.

Now, let's square both sides of this equation. i squared squared is equal to negative 1 squared.

So they want us to figure out what that is equal to.

You sold me.

(Beatboxing)

I can have somebody bring it downtown for you.

So let's multiply both sides of this equation by negative 2.

I'm going to take the 10 30 train.

And if you take i to the eighth, once again it'll be one,

So what could I add here that makes this expression look

So it's x squared over a squared plus y squared over b squared is equal to 1.

And x to the seventh divided by x to the third is x to the fourth.

5 squared is 25. a squared plus 9 is equal to 25. a squared is equal to 16. a is equal to 4. a is equal to 4.

If you add it twice you're going to get b over a.

3 plus minus 7 is minus 4.

So let's take the x squared terms first.

Is there a transfer point?

No, I didn't get wet. Am I going to get wet? Am I going to get wet?