So let's subtract.

And so, if we just put this on the other side of the equation, what do we get?

But when you put this as a logarithm, you are saying

And now I evaluate this at 1 and 0.

let's just divide by a again.

So this was c plud d i, so this is its conjugate.

let's multiply both sides of this equation by 4.

Get you anything else?

Retrieve how many days?

What's the point of a race?

I got something.

I haven't figured out the problem, but if I were just right it over here, what do we get?

So now we just solve for x.

I love you.

We'd also want to multiply the right hand side by x.

Let me clean this up so we have some space to work with.

We could take the 3 and put it into the function g and see what it spits out.

Go and get something to eat.

Get something to restrain this monster.

Plus 1 s that's this right there times the Laplace transform of 1.

Can e to the rx ever equal 0?

Whom you're interrogating right now, right?

What do you got over there, Alan?

Let's divide both sides by 2.

Let's say I have 3 squared times 9 to the eighth power, and all of that I'm going to raise to the negative 2 power.

I'm going to produce?

Am I going to produce a 5?

What number can we multiply by itself 3 times

So plus another 4 centimeters.

So we know when we multiply an imaginary number times its conjugate, we get a real number.

Can I get you anything?

What are you good at?

What're you good at?

In 2004, if we assume the pattern continues, let's add another 75.

And what do we get?

No. And I'm not going to until I'm absolutely sure I have something.

I don't know. He's gonna probably crush the damn thing.

If you want, you can just multiply this guy out and you'll get that right there.

What's your specialty?

Don't let him loose!

So, to review this segment on Histograms, the important concepts to take away are just one, what do I mean when I say a distribution?

What if I were to take so this is vector b here what if I were to take b minus a?

And the numerator is going to be let me do it in a different color A.

Micro credits gave her the bicycle, you know.

For this original one over there, we are just saying that log base 5 of 1 5, you want to be careful this is saying what power do I have to raise 5 to, in order to get 1 5?