And then the focus points are going to sit out here someplace.

So, what is stopping us?

And if i had to graph e, I'd say, hey, right there, that's e.

This is 2 and 2, so one is right here, and one is right there.

It went down a little bit. Also, it went less to the right side than my original path.

So the 70 he would have made otherwise plus 60 in tips gets him to 130.

If we match pixel one to one like this, then you get two mismatches one over here and one over here.

1 minus r over r minus r to the n plus 1.

And the probability of getting a two sided coin is 1 out of 10.

OK, I'm going to do another cut. Right there.

DP What are you guys doing?

I just pick a point.

1, 2, 3, 4, 5, 6.

So I get minus 25x squared minus 50x.

Minus 25 times x plus 1 squared.

So, 1, 2, 3, 4, 5.

1, 2, 3 4, 5.

And then finally, f of 0 is 0.

Where would I plot that?

We have a 2 there. This is the next smallest.

Can you see it?

So our directrix is going to be right down here.

And then our directrix is going to be 1 8 below it.

They both have an x value of 3.

Let's say that the side down here is equal to 8 meters.

Its y intercept is negative 1 2.

Then we have 16 comma 4.

And look here when I take you into my bubble graphs.

We have a zero 2, 0.

And this is layer three, or level three.

How many ways are there to get to this cell right here?

Okay, uh...

Here it is.

This is it, general.

Here it is.

Here. Right here.

You multiply both sides by 16.

And 4x squared times 2x is 8x to the third.

This way

Please introduce us

And just to make sure you understand, this corner right there, this is our start point.

I shouldn't have skipped that step, but

15 might look something like this.

It's here. We're here...

It has a length of 7 feet, so let's say that that is 7 feet, right there.