I rushed out of my house.

One time he stayed at my house, in Holland.

Ax, time for us to make a run for the battleship.

He ran at the sight of the policeman.

It's not soldiers only, but peasants too, I have seen today!

That's cheating to start running before everyone else.

(Laughter)

It's brand new.

Chance of departure today, 100 percent.

I'm old enough to be recruited now.

The birth rate and death rate were nearly equal.

The probability of observing X and Y depends on what state the hidden markov model is in.

For A, it's 0.1 for X and 0.9 for Y.

That'll do. Early in my career,

How was the attendance?

So now I want to ask you a really tricky question

For coin X, we know that the probability of heads is 0.3.

You are doing well for a cub reporter.

And I taught myself design this way, and this was sort of my early years, and I used these things in really goofy ways on record covers and in my design.

If I don't first see White and then the exterminators within a half an hour you will have no job by midnight tonight.

Now that one comes up with heads at 0.9.

Basically, as far as I can tell, there are only three.

And coin 2 is also loaded.

So there's 2 total events.

I'm going to take this coin and I'm going to flip it twice. ... the probability of getting a heads and then getting another heads.

Now, I'm going to make it really difficult. I'm going to give you a coin let's call it loaded.

From that you can easily calculate the probability of measuring 'white', if a particle falls on a black square.

And he's not happy on essentially two grounds.

I don't care what's changed or not as long as our sons are spared what you all went through.

We now apply Bayes rule.

And here is my answer. You can really read off the formula that I just gave you.

He ran.

Our shuttle?

And here's my code, this implements Bayes rule.

We have increased our attendance, our pupil attendance, 3 00every single pupil month, as compared to the previous year, 3 04so created an environment, I think, of less problems in the classroom 3 09and in the school in terms of behavior, 3 11and a sense of students wanting to be at school.

Aye, that he will.

Pest control.

Zumwalt class destroyer.

There's a 0.5 chance of taking coin 2.

Suppose the probability of heads is a quarter, 0.25.

And we could do the same thing on the other side. What if O had to go first?

Let's now go to the extreme, and this is a challenging probability question.

I'd say the chance of departure is 80 percent.

So let's say I want to figure out the probability I'm going to flip a coin eight times and it's a fair coin.

So 0.5 times 0.95 gives you 0.45 whereas the unfair coin, the probability of tails is 0.1 multiply by the probability of picking it at 0.5 gives us 0.05