Be accurate!

This data is anything but accurate.

This data isn't accurate at all.

And these blast points, too accurate... for Sandpeople.

And these are all the combinations.

This is exactly two heads right over here.

There's only one head.

So this model, simplified though it is, coming up with this naive Bayes assumption, gets this one right, and it does about 99 of the segmentations accurately.

So really the stock has no value.

This is an exact copy of the original.

So at least the points that we tried out seem to validate this solution that we got.

Not exactly.

Accurate within two feet anywhere on the globe.

I'm all for it after all, I raised a lot of it.

Here exact

I don't know the exact length of this bridge.

Leaving he has 10,000 right there.

Where exactly are they?

This watch keeps bad time.

This clock is accurate.

Let me write this.

So 1, 2, 3, 4, 5, 6, and then the last time I get a tails.

I thought you were all, like, precise.

If you give me a day I can probably find some examples.

So roughly 1 3 of this will be fair.

My hunch, my longshot hunch.

So, you can hear it not just in the phrasing, but the way they count off their music two, three, four, one.

He doesn't even speak good English.

We can estimate the magnitude of the population of Chicago as 10 to the power of six.

Now here is a caveat.

I rounded in the 100's place.

But it's saying it's not that much more likely, because this isn't that unusual of a result to get, even with a fair coin.

This data is incorrect.

So three questions I'd offer you.

Rick Smolan I'm sure there's about 40 things she's going to tell me,

And you think, ah hah, knowledge really is power the right fact deployed at exactly the right place.

But you haven't got the exact coordinates?

This watch keeps correct time.

My watch is very accurate.

Will you show me where, sir?

OK.

You may say this, it has been said.

Beau, put your hand down. laughter and cheering

So the probability of guessing on both of them so that means that the probability of being correct on guessing correct on 1 and number 2 is going to be equal to the product of these probabilities.

This is three heads, so it's not exactly two heads.