To clarify, that’s how many people in “The world? The galaxy? The observable universe? The unobservable universe? Other?” are going to die. You can save a maximum of 500 in this manner.
So I have a choice between
A. “Save 400 lives, allow (N-400) people to die, with certainty.” and B. “Save 500 lives (allow N-500 people to die), 90% probability; save no lives (allow N people to die), 10% probability.”
Are you suggesting that my choice between A and B ought to depend on N? If so, why?
It doesn’t depend on N if N is consistent between options A and B, but it would if they were different. It would make for an odd hypothetical scenario, but I was just saying that it’s not made completely explicit.
To clarify, that’s how many people in “The world? The galaxy? The observable universe? The unobservable universe? Other?” are going to die. You can save a maximum of 500 in this manner.
Um.
OK… I still seem to be missing the point.
So I have a choice between A. “Save 400 lives, allow (N-400) people to die, with certainty.” and
B. “Save 500 lives (allow N-500 people to die), 90% probability; save no lives (allow N people to die), 10% probability.”
Are you suggesting that my choice between A and B ought to depend on N?
If so, why?
It doesn’t depend on N if N is consistent between options A and B, but it would if they were different. It would make for an odd hypothetical scenario, but I was just saying that it’s not made completely explicit.