Difference between revisions of "Talk:2091: Million, Billion, Trillion"
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I actually think we have ''too many names'' for large numbers. It's really only necessary to introduce a new name when you reach the ''square'' of the previous name. So, we'd still have tens and hundreds, but there's no need for "one thousand, one hundred" when you can just have "eleven hundred". We'd be better off just naming 10^4, 10^8, 10^16, 10^32, and that's already well beyond anything needed for normal usage, with only a handful of names. None of this "quattuordecillion" stuff that no-one can remember without sitting down and working it out. [[Special:Contributions/172.68.86.64|172.68.86.64]] 05:32, 28 December 2018 (UTC) | I actually think we have ''too many names'' for large numbers. It's really only necessary to introduce a new name when you reach the ''square'' of the previous name. So, we'd still have tens and hundreds, but there's no need for "one thousand, one hundred" when you can just have "eleven hundred". We'd be better off just naming 10^4, 10^8, 10^16, 10^32, and that's already well beyond anything needed for normal usage, with only a handful of names. None of this "quattuordecillion" stuff that no-one can remember without sitting down and working it out. [[Special:Contributions/172.68.86.64|172.68.86.64]] 05:32, 28 December 2018 (UTC) | ||
: And what you get is a super-weird "double-log" scale! The British (and other nations') usage is correct. Anything above thousand is completely abstract for a human being and intuitively nonlinear (some nations - ancient Greeks and others - go as far as ten thousands, a myriad, but this is it). A thousand squared is already far beyond intuition so it is a good candidate for a new unit representing A BIG NUMBER, plus log scale is a good abstraction allowing for rapid expansion in magnitude. So taking Latin numerals and adding an -illion suffix (except the irregular million) for subsequent powers of 10^6 is a really convenient system. Of course, it goes only as far as ordinary Latin numbers go, then you need to invent something else, but at this point it's only for entertainment. For anything physical you probably would never need a number much larger than a googol. -- [[Special:Contributions/162.158.90.90|162.158.90.90]] 09:26, 28 December 2018 (UTC) | : And what you get is a super-weird "double-log" scale! The British (and other nations') usage is correct. Anything above thousand is completely abstract for a human being and intuitively nonlinear (some nations - ancient Greeks and others - go as far as ten thousands, a myriad, but this is it). A thousand squared is already far beyond intuition so it is a good candidate for a new unit representing A BIG NUMBER, plus log scale is a good abstraction allowing for rapid expansion in magnitude. So taking Latin numerals and adding an -illion suffix (except the irregular million) for subsequent powers of 10^6 is a really convenient system. Of course, it goes only as far as ordinary Latin numbers go, then you need to invent something else, but at this point it's only for entertainment. For anything physical you probably would never need a number much larger than a googol. -- [[Special:Contributions/162.158.90.90|162.158.90.90]] 09:26, 28 December 2018 (UTC) | ||
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| + | : I think we should refrain from saying one usage is correct over the other - that's just arrogant and mean. That said, the current explanation states that usage is different between American and British English, but my reading on Wikipedia (which is already hyperlinked in the explanation) states that in recent decades Britain has declared their use of short units and therefore British English is now the same as American English. The only regions where it appears there is still usage of the long system is in French and Spanish speaking regions, as well as some special cases around the world. Don't shoot the messenger - I'm just repeating what it states on the Wikipedia page. [[User:Ianrbibtitlht|Ianrbibtitlht]] ([[User talk:Ianrbibtitlht|talk]]) 10:15, 28 December 2018 (UTC) | ||
Revision as of 10:15, 28 December 2018
I actually think we have too many names for large numbers. It's really only necessary to introduce a new name when you reach the square of the previous name. So, we'd still have tens and hundreds, but there's no need for "one thousand, one hundred" when you can just have "eleven hundred". We'd be better off just naming 10^4, 10^8, 10^16, 10^32, and that's already well beyond anything needed for normal usage, with only a handful of names. None of this "quattuordecillion" stuff that no-one can remember without sitting down and working it out. 172.68.86.64 05:32, 28 December 2018 (UTC)
- And what you get is a super-weird "double-log" scale! The British (and other nations') usage is correct. Anything above thousand is completely abstract for a human being and intuitively nonlinear (some nations - ancient Greeks and others - go as far as ten thousands, a myriad, but this is it). A thousand squared is already far beyond intuition so it is a good candidate for a new unit representing A BIG NUMBER, plus log scale is a good abstraction allowing for rapid expansion in magnitude. So taking Latin numerals and adding an -illion suffix (except the irregular million) for subsequent powers of 10^6 is a really convenient system. Of course, it goes only as far as ordinary Latin numbers go, then you need to invent something else, but at this point it's only for entertainment. For anything physical you probably would never need a number much larger than a googol. -- 162.158.90.90 09:26, 28 December 2018 (UTC)
- I think we should refrain from saying one usage is correct over the other - that's just arrogant and mean. That said, the current explanation states that usage is different between American and British English, but my reading on Wikipedia (which is already hyperlinked in the explanation) states that in recent decades Britain has declared their use of short units and therefore British English is now the same as American English. The only regions where it appears there is still usage of the long system is in French and Spanish speaking regions, as well as some special cases around the world. Don't shoot the messenger - I'm just repeating what it states on the Wikipedia page. Ianrbibtitlht (talk) 10:15, 28 December 2018 (UTC)
