I really do want to emphasize that if you assume that "losing" (i.e. encountering an outcome with a utility value on the low end of the scale) has some additional effects, whether that be "losing takes you out of the game", or "losing makes it harder to keep playing", or whatever, then you are modifying the scenario, in a critical way. You are, in effect, stipulating that that outcome actually has a lower utility than it's stated to have.
I want to urge you to take those graphs literally, with the x-axis being Utility, not money, or "utility but without taking into account secondary effects", or anything like that. Whatever the actual utility of an outcome is, after everything is accounted for — that's what determines that outcome's position on the graph's x-axis. (Edit: And it's crucial that the expectation of the two distributions is the same. If you find yourself concluding that the expectations are actually different, then you are misinterpreting the graphs, and should re-examine your assumptions; or else suitably modify the graphs to match your assumptions, such that the expectations are the same, and then re-evaluate.)
This is not a Pascal's Wager argument. The low-utility outcomes aren't assumed to be "infinitely" bad, or somehow massively, disproportionately, unrealistically bad; they're just... bad. (I don't want to get into the realm of offering up examples of bad things, because people's lives are different and personal value scales are not absolute, but I hope that I've been able to clarify things at least a bit.)
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Reading this was a bit annoying:
It is just communicating badly https://xkcd.com/169/ . In a common parse, Ace is more likely to occur. It would be more likely to be parsed as you intended if you had said
(like you did on the next question!)
I think that the communication goals of the OP were not to tell us something about a hand of cards, but rather to demonstrate that certain forms of misunderstanding are common, and that this maybe tells us something about the way our brains work.
The problem quoted unambiguously precludes the possibility of an ace, yet many of us seem to incorrectly assume that the statement is equivalent to something like, 'One of the following describes the criterion used to select a hand of cards.....,' under which, an ace is likely. The interesting question is, why?
In order to see the question as interesting, though, I first have to see the effect as real.