balderdash@lemmy.zip to memes@lemmy.world · edit-210 months agoEDIT: I THINK I STAND CORRECTEDlemmy.zipimagemessage-square212fedilinkarrow-up1340arrow-down155file-text
arrow-up1285arrow-down1imageEDIT: I THINK I STAND CORRECTEDlemmy.zipbalderdash@lemmy.zip to memes@lemmy.world · edit-210 months agomessage-square212fedilinkfile-text
I considered deleting the post, but this seems more cowardly than just admitting I was wrong. But TIL something!
minus-squarerimjob_rainer@discuss.tchncs.delinkfedilinkarrow-up13·10 months agoSeriously though, infinity is Infinity, it’s not a number, it’s infinity.
minus-squareleave_it_blank@lemmy.worldlinkfedilinkarrow-up3·10 months agoYes, the amount of both stacks is infinity. The question was not “What stack is easier to pay for something with”.
minus-squareCaveman@lemmy.worldlinkfedilinkarrow-up3·10 months agoBoth are equally easy to pay with since ∞ - X = ∞ if we disregard that 100s are more convenient way to pay for cars.
minus-squareCileTheSane@lemmy.calinkfedilinkarrow-up3arrow-down1·10 months agoInfinities can be different sizes (although in OPs case they are not): https://www.cantorsparadise.com/why-some-infinities-are-larger-than-others-fc26863b872f?gi=d5e83e23c757
Seriously though, infinity is Infinity, it’s not a number, it’s infinity.
Yes, the amount of both stacks is infinity. The question was not “What stack is easier to pay for something with”.
Both are equally easy to pay with since ∞ - X = ∞ if we disregard that 100s are more convenient way to pay for cars.
Infinities can be different sizes (although in OPs case they are not): https://www.cantorsparadise.com/why-some-infinities-are-larger-than-others-fc26863b872f?gi=d5e83e23c757