Tom tossed Mary the ball.

I tossed Tom the ball.

Now if you think about it, if I tossed a coin a hundred times, and I'm allowed to withhold from you the answers half the times, then I can convince you that I have a coin with two heads.

I tossed the ball to Tom.

He tossed and turned all night.

Tom tossed the keys to Mary.

Here is a coin.

We have been tossed into boiling water.

I would have tossed it to you.

Take a coin flip. There is a true probability p for the coin.

Let's assume we have a fair coin and a loaded coin and the loaded coin has a probability of heads of 0.9.

There is a gold coin.

She picked up a coin.

I have a normal coin.

Suppose it's a fair coin.

Now if I pick a fair coin, given that I have a fair coin, what is the probability given the fair coin?

She tossed and turned for over an hour.

Suppose I flip a coin, and the coin comes up tails or heads.

A nickel is a five cent coin.

Flipping a coin is a random event.

Smallest coin

We can pick coin 1 or coin 2.

A coin rolled under the desk.

A coin that brought you pleasure?

I'm going to flip a coin.

This game involves flipping a coin.

Petersen, have you got a coin?

And so in the case of a coin, The Probability of heads was a fair coin

Without a sudden calm, will overset Thy tempest tossed body. How now, wife!

Maybe it spends a little time in my garage before being tossed out.

Tossed that paper of hers right out the window.

Another way of thinking about it if we tossed a coin eight million times, then we'd expect a million head tail heads and a million head tail tails but the head tail heads could occur in clumps.

So in this situation, a is that I got a fair coin. a is equal to picked fair coin.

A coin dropped out of his pocket.

is being switched by a coin flip?

Can you imagine tossing a coin successively?

So suppose we toss a coin repeatedly.

I think I have a broken coin.

I have here a U.S. dollar coin.

There's a flip side to that coin.

Same thing with the ball being tossed in the air

I tossed her out of the car on her ear.

Our first coin is a fair coin, and we're going to denote the outcome by X1.

There's a probability I got a two sided coin.

Let me now flip that coin once, and I want you to tell me, what's the probability that this coin which could be 50 chance fair coin and 50 chance a loaded coin.