We figured out what f of 0 is up here.

We're multiplying our f of t times e to the 1t.

And in three minutes, we filled in another table in our

So there we go.

We got rid of the stuff that didn't.

So they also tell us let me underline that Abby earned 10 more than Ben.

So let's multiply it by 2.

I got it from a friend.

Jay, you got them?

We have a, let's say we have an even more precise meter stick, which can measure to the nearest millimeter.

I'm going to multiply 8 times both sides of this equation.

Is that what we got?

Tons of studies should have been done it's a serious issue.

So you get 10 billion for them.

It's been pounded for a billion years with a lot of energy to make it have all that energy contained in it.

And then we can essentially just add and subtract them from the center.

And they're willing to come back.

And then we evaluate it.

So plus another 4 centimeters.

Minus 2 times minus 1, that's plus 2, is equal to c.

So let's just put that in there.

Now what it means is 52 times the result of adding 3 12, which is 15, times 9.

David Kaplan.

There's actually the area of the parallelogram created by the column vectors of this matrix.

We got it.

You got it.

Look, they got matching bracelets.

It's dependent on how the operations were financed.

So we could say a is equal to negative 2 same idea there and then you square it.

And that essentially is lent to the borrowers.

And there you go.

(Laughter)

Go get it.

Get it out.

Let's fill the appropriate values of our table and compute the Phi coefficient.

So when we were unable to retrieve the information

These are a this is like a 15 million dollar line.

But because I had to cut lawns all summer for all of our neighbors and get paid to do that,

And so you can model p of x based on this sort of data.

And then minus 56 minus 10, so minus 66.

Or maybe I'm really risk averse, and I put it in government bonds, and I get 4 a year.

If you get confused, draw out everything again.

There's ways to keep it the same size by assuming everything around the original image is zero.

Well, seven minus three is going to give us four.

There, we just set up a equation with one unknown and we can solve for x.