So, on flip 1, I get a head.

So, when do we know that a light bulb is being switched?

And why am I telling you all this again?

Two. Including this one.

I don't know which one I have picked. It might be fair or loaded.

Remember, in this case, the position of heads or tails, first, second or third does not affect

Their probability

He slaves for nothing.

Go along with the video. Look.

Thank you two times.

It's harder the second time.

We're going to turn it on in our first pass, we're going to turn it off on our second pass.

The first time it returns open.

We are not replacing it, so there's not any replacement here.

And this answer is tricky. We will derive it through the truth table. Now there's eight possible cases.

It turns out that it's true for only three cases.

So pass one, it's going to be switched on.

We could print the square of the square of (x), so we're calling square twice here.

Let's say, the Probability of getting a tails on the first flip, getting a heads on the second flip,

Now the most amazing thing happens.

On the second or even first donation.

What are the chances of the first outcome to be heads multiplied by the probability of the second outcome to be heads?

So the chance of X1 coming up heads is half.

Besides, I'm with you all the way.

Now let's see a slightly complicated example

Let me make this clear, not independent.

Finally, first broadcasting recording is over.

Base times height, x times x.

So it's going to be three fifths

I think it was two

Number two Bagel Bakery, commissary department.

So, let me just draw the ones that really matter, one one, two two, and so on all the way to a six six.

You're going to add and there's actually two ways to think about it.

Well, how many twos do we have here?

So that's ½ plus 1 6 is 2 3.

So two of them satisfy your criteria.

It's time for some problems now,

This expression node was the result.

Consider two marketing campaigns. Campaign A has a response rate of 1 .

Once when x is 5 28 and 0 get added in.

This is the second time we've been through here.

It's so uninteresting.

What's the area of each of these triangles?

Twice.

Is it in r? Yes. For this star, I'm going to repeat is once.