MrPedantic wrote: |
| Or to take another example: in the case of "if it were" (14.9m) vs "if it was" (22m), we would not know without checking how many hits for the latter were non-counterfactual (e.g. "Not sure if it was reading that or my hardcore revision for my swiftly approaching politics exam, but yeah, I have a headache"). There isn't an equivalent ambiguity in "if it were", however. |
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Yeah, good point, I hadn't thought of that. That adds confusion, so that's one more reason not to use Google the wrong way.
![Wink [;)]](/emoticons/emotion-5.gif)
You know what? You guys can do what you want, I'm not going to believe any results unless they are "real" (= it is possible to check them).
![Wink [;)]](/emoticons/emotion-5.gif)
Anyway, even if you wanted to see it from a probabilistic point of view, it still wouldn't make sense. I mean, you are considering the number of result, or the error, as a random variable, but we are not sure whether it actually behaves like a random variable. And even if you could say it's random... how could you write equalities and inequalities using that random variable?
outcome of dice 1 = outcome of dice 2
outcome of dice 1 < outcome of dice 2
outcome of dice 1 > outcome of dice 2
????