[copsarebastards]

> Whereas you repeatedly stated how 70 million people is a huge number in itself.

I haven't claimed that at all. I've said over and over that context indicates whether it's important.

> Whereas you repeatedly stated how 70 million people is a huge number in itself.

No, I've said 70 million people is a lot in terms of medical and social policy. It would be very possible, for example, for 1% of people to account for 10% of medical expenses--an amount you would probably care about at tax time. I think that's a number that matters to almost anyone's political goals.

In contrast, you've been repeatedly stating how 1% is not a large number. Based on what?

> E.g. If I told you there are 70 million people that have blue eyes, is that "a huge number?" No, it's actually a small number. One would expect blue-eyed people to be in the 100s of millions or billions.

Science doesn't give a shit about your expectations. "Expectations" are entirely irrelevant to whether a number is big or little. A number is big or little depending on what effects it causes and what effects you're trying to achieve.

You're accusing me of arguing that 70 million is inherently a large number, but you're arguing that 70 million is inherently a small number, completely arbitrarily. I'm not even saying 70 million people is a big or small number inherently, I'm saying that 70 million people is a huge number when the properties of that group have medical and social implications. 70 million blue-eyed people isn't a small or large number, it's an irrelevant number, because whether or not someone's eyes are blue has almost no implication that I care about. If you understand why it's not a big or small number, but an irrelevant number, you'll understand my point.

[coldtea]

>Science doesn't give a shit about your expectations.

Language.

Also, I didn't say it's about "MY" expectations. It's about what the expected distribution is, which is the whole context that makes something big or small.

"Expectations" are entirely irrelevant to whether a number is big or little.

Actually, it's all about that. Bringing 10,000 times 6 by throwing dice 20,000 times is too big, because the expected outcome is about 1/6 throws to be 6.