(Whistle blows, crowd shouts)

The answer would be in this case 40, because we pay a 20 penalty of a bad match over here.

They're falling every day.

You end up paying two occlusion penalties for this guy over here and this guy over here.

And the focal length this a squared plus b square.

So this is equal to five y plus four thirds

I hit a post at 2 km h I lose 200

But if you just pick a simple a is equal to 1, than what's b equal to?

And you say OK, this has to be equal to 0, or that has to be equal to 0.

Or, you could view it as the bound x is equal to the square root of y.

All right, the coefficient in front of the x squared term is equal to a 1.

So we're saying this function, when does this function equal 0?

So if d1 is equal to d2, and that equals 2a, then we know that this has to be equal to a.

That is 9 times 8.

What's ten times six?

Well, that's just going to be 74.

We could say f of...

And then I'll leave this 109 on the right hand side.

Add 2 to both sides of this, you get y is equal to 7.

The only time where it has any area is right under c.

Minus two squared is four, minus twelve six times minus two plus eight.

That's not a zero.

That's one one, plus another one, plus another one.

What does that equal?

So we start off with 5 plus 9.

And of course, 4 times 2, that part over there,

Yeah, it works.

This b to the 1.

Because the occlusion penalty is only 5, you pay only a total of 10 as a penalty, which is better than a single bad match penalty.

So if we were to take minus 11x squared divided by 2x, that is equal to what?

Divide both sides by 3, and we get x is equal to 7 thirds. x is equal to let me just write it here x is equal to 7 over 3.

We take the 10, substitute it in for x. h of 10 is equal to 5 times x.

So you could say that this is equal to x plus 5 over x minus 2.

Well, we said that equals to 2a, that equals this distance right here.

This is the same thing as 9x times x plus 4 is equal to 405.

9x times x is equal to 9x squared.

Completely equivalent.

That's one possibility.

So let's say we had x squared minus 9 over 5x plus 15.

So d1 minus d2 is equal to I'm going off the video screen

And what's the antiderivative of this?

3 s times the Laplace transform of t squared.

We're essentially just evaluating these things at c.

Let's say, it is equal to let's say it is equal to five eight.

And now, we know that we start off with a ratio of five eight.