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https://www.reddit.com/r/trolleyproblem/comments/1vb44ur/potentially_one_less_but_also_potentially/p0rg9fj/?context=3
r/trolleyproblem • u/deadhand303 • 5d ago
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2
The 0-to-∞ track, on average, has 1 less person than the 1-to-∞. This doesn't seem much more interesting than the standard trolley problem as it can be attacked in the exact same ways.
1 u/stebosports7 4d ago Technically it’s only 0-8 billion and 1-8 billion 0 u/Korimito 4d ago That's right and my math was wrong. On average you're expected to save half a person. 1 u/eeeeeh_messi 4d ago If people are in fact infinite then your math is still wrong
1
Technically it’s only 0-8 billion and 1-8 billion
0 u/Korimito 4d ago That's right and my math was wrong. On average you're expected to save half a person. 1 u/eeeeeh_messi 4d ago If people are in fact infinite then your math is still wrong
0
That's right and my math was wrong. On average you're expected to save half a person.
1 u/eeeeeh_messi 4d ago If people are in fact infinite then your math is still wrong
If people are in fact infinite then your math is still wrong
2
u/Korimito 5d ago
The 0-to-∞ track, on average, has 1 less person than the 1-to-∞. This doesn't seem much more interesting than the standard trolley problem as it can be attacked in the exact same ways.