Editing Talk:2922: Pub Trivia

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As for question 9, please see the note about the history of Austrailia's capitals at: [[https://en.wikipedia.org/wiki/List_of_former_national_capitals#Oceania]]. and the page regarding countries with multiple capitals [[https://en.wikipedia.org/wiki/List_of_countries_with_multiple_capitals]] [[User:Philhower|Philhower]] ([[User talk:Philhower|talk]]) 14:24, 19 April 2024 (UTC)
 
As for question 9, please see the note about the history of Austrailia's capitals at: [[https://en.wikipedia.org/wiki/List_of_former_national_capitals#Oceania]]. and the page regarding countries with multiple capitals [[https://en.wikipedia.org/wiki/List_of_countries_with_multiple_capitals]] [[User:Philhower|Philhower]] ([[User talk:Philhower|talk]]) 14:24, 19 April 2024 (UTC)
 
: See Also [https://en.wikipedia.org/wiki/List_of_Australian_capital_cities List of Australian capital cities] - As an Australian, I believe many would also consider the major city in their state/territory to be a capital city, although not the capital of Australia.
 
: See Also [https://en.wikipedia.org/wiki/List_of_Australian_capital_cities List of Australian capital cities] - As an Australian, I believe many would also consider the major city in their state/territory to be a capital city, although not the capital of Australia.
 
: The explanation misses the possibility that this is a Dad joke: where the capital city of Australia is 'Canberra,' as long as the respondent doesn't actually count either the letters in Canberra (1,2,3,4,5,6,7,8) or the population of Canberra (unknowable/ambiguous). [[User:Bilkie|Bilkie]] ([[User talk:Bilkie|talk]]) 14:12, 22 April 2024 (UTC)
 
  
 
About the alt text, London is certainly in Europe. The question itself is malformed because "Europe (or 'the EU')" is not self-consistent: there is a lot of European countries that are not part of the EU. [[User:RedGolpe|RedGolpe]] ([[User talk:RedGolpe|talk]]) 14:32, 19 April 2024 (UTC)
 
About the alt text, London is certainly in Europe. The question itself is malformed because "Europe (or 'the EU')" is not self-consistent: there is a lot of European countries that are not part of the EU. [[User:RedGolpe|RedGolpe]] ([[User talk:RedGolpe|talk]]) 14:32, 19 April 2024 (UTC)
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The [https://en.wikipedia.org/wiki/Benxi Benxi Lake] is actually considered to be the smallest lake in the world. [[Special:Contributions/172.70.135.205|172.70.135.205]]
 
The [https://en.wikipedia.org/wiki/Benxi Benxi Lake] is actually considered to be the smallest lake in the world. [[Special:Contributions/172.70.135.205|172.70.135.205]]
 
:{{cn}}[[Special:Contributions/172.70.86.176|172.70.86.176]] 14:40, 19 April 2024 (UTC)
 
:{{cn}}[[Special:Contributions/172.70.86.176|172.70.86.176]] 14:40, 19 April 2024 (UTC)
:Many websites says Benxi lake is recognized by Guinness records, but guinnessworldrecords.com does not have such a record.  Either they recognized smallest lakes previously but not anymore, or they never had such a record and we are witnessing citogenesis ([https://xkcd.com/978/]) [[Special:Contributions/172.71.154.210|172.71.154.210]] 17:33, 22 April 2024 (UTC)
 
::I've been getting the Guinness World Records book for 20 years. I just checked my 2004 edition, and there is no record for "smallest lake". Doesn't mean it wasn't left out due to space concerns, but I'm not checking all the books. [[User:NealCruco|NealCruco]] ([[User talk:NealCruco|talk]]) 04:34, 26 April 2024 (UTC)
 
  
 
I never realized how challenging it is to edit pages when they've just been posted.  Makes me long for something like Google docs.[[Special:Contributions/172.68.3.43|172.68.3.43]] 14:39, 19 April 2024 (UTC)
 
I never realized how challenging it is to edit pages when they've just been posted.  Makes me long for something like Google docs.[[Special:Contributions/172.68.3.43|172.68.3.43]] 14:39, 19 April 2024 (UTC)
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1. **Jin (Kim Seok-jin)**:
 
1. **Jin (Kim Seok-jin)**:
- Birthday: **December 4, 1992**
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  - Birthday: **December 4, 1992**
  
 
2. **Suga (Min Yoon-gi)**:
 
2. **Suga (Min Yoon-gi)**:
- Birthday: **March 9, 1993**
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  - Birthday: **March 9, 1993**
  
 
3. **J-Hope (Jung Hoseok)**:
 
3. **J-Hope (Jung Hoseok)**:
- Birthday: **February 18, 1994**
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  - Birthday: **February 18, 1994**
  
 
4. **RM (Kim Nam-joon)**:
 
4. **RM (Kim Nam-joon)**:
- Birthday: **September 12, 1994**
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  - Birthday: **September 12, 1994**
  
 
5. **Jimin (Park Ji-min)**:
 
5. **Jimin (Park Ji-min)**:
- Birthday: **October 13, 1995**
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  - Birthday: **October 13, 1995**
  
 
6. **V (Kim Tae-Hyung)**:
 
6. **V (Kim Tae-Hyung)**:
- V's birthday is **December 30**, but the year is not mentioned in the provided information.
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  - V's birthday is **December 30**, but the year is not mentioned in the provided information.
  
 
7. **Jungkook (Jeon Jungkook)**:
 
7. **Jungkook (Jeon Jungkook)**:
- Jungkook's birthday is **September 1**, but the year is not mentioned in the provided information.
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  - Jungkook's birthday is **September 1**, but the year is not mentioned in the provided information.
 
[[Special:Contributions/172.70.162.19|172.70.162.19]] 15:48, 19 April 2024 (UTC)
 
[[Special:Contributions/172.70.162.19|172.70.162.19]] 15:48, 19 April 2024 (UTC)
  
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:Yes, you probably are. When it happened, many people, including astronomers, considered it a downgrade. There's some prestige in being a planet -- the Sun and the planets are considered the most significant objects in the Solar System. The qualifier suggests that it's less important than the "real" planets, and was kicked out of the planet club for being deficient in some way. Maybe we need a campaign from dwarf humans to remind everyone that they're just smaller, but they have no less dignity. [[User:Barmar|Barmar]] ([[User talk:Barmar|talk]]) 23:41, 21 April 2024 (UTC)
 
:Yes, you probably are. When it happened, many people, including astronomers, considered it a downgrade. There's some prestige in being a planet -- the Sun and the planets are considered the most significant objects in the Solar System. The qualifier suggests that it's less important than the "real" planets, and was kicked out of the planet club for being deficient in some way. Maybe we need a campaign from dwarf humans to remind everyone that they're just smaller, but they have no less dignity. [[User:Barmar|Barmar]] ([[User talk:Barmar|talk]]) 23:41, 21 April 2024 (UTC)
 
:I'll cheerfully die there with you. But I'll also point out while I'm doing so that if it's a 'dwarf ''planet''', then clearly it is still a planet. I mean, people would look at you funny if you tried to claim that a dwarf elephant wasn't an elephant. And perhaps more pertinently, a dwarf star is still a star. So the answer to 'how many planets are in our solar system?' is 'at least 16 that we know of - depends how far down you count. Unless you discount the gas giants, in which case you need to subtract four. Or maybe two. Wait - how many are we on now again?'[[Special:Contributions/172.71.178.157|172.71.178.157]] 11:14, 22 April 2024 (UTC)
 
:I'll cheerfully die there with you. But I'll also point out while I'm doing so that if it's a 'dwarf ''planet''', then clearly it is still a planet. I mean, people would look at you funny if you tried to claim that a dwarf elephant wasn't an elephant. And perhaps more pertinently, a dwarf star is still a star. So the answer to 'how many planets are in our solar system?' is 'at least 16 that we know of - depends how far down you count. Unless you discount the gas giants, in which case you need to subtract four. Or maybe two. Wait - how many are we on now again?'[[Special:Contributions/172.71.178.157|172.71.178.157]] 11:14, 22 April 2024 (UTC)
:I'll happily agree with you, and I've often said the same as Mr./Ms 178.157 above me that "dwarf planet" still sounds like a type of planet to me. However, it WAS demoted. Officially, the Solar System is now 8 planets. Pluto is no longer an official member of the Solar System, despite not leaving or being destroyed. THAT'S the part that's bothersome, a statistic from our childhood - "The Solar System has 9 planets" - was changed, seemingly unnecessarily, since nothing ACTUALLY happened to Pluto. Why can't a Dwarf Planet count as a member? Why kick Pluto out? Colloquially, though not politically correct, Little People have been called dwarves, should they therefore not count as people? Are they too small to be "people"? They have a qualifier added to "people", just as Pluto has a qualifier added to "planet", after all. :) It doesn't seem difficult to bring this to somewhere where it's more clearly wrong. [[User:NiceGuy1|NiceGuy1]] ([[User talk:NiceGuy1|talk]]) 04:50, 28 April 2024 (UTC)
 
  
 
For the planet question there's also Theia, which is theorized to have been a planet prior to smashing into proto Earth and forming the moon and modern larger Earth. So there used to be at least nine planets by the current definition in our solar system.  
 
For the planet question there's also Theia, which is theorized to have been a planet prior to smashing into proto Earth and forming the moon and modern larger Earth. So there used to be at least nine planets by the current definition in our solar system.  
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For question #8, it's not that mathematicians were idling around. A lot of partial results were made, see Wiki. [[Special:Contributions/172.71.160.33|172.71.160.33]] 08:22, 21 April 2024 (UTC)
 
For question #8, it's not that mathematicians were idling around. A lot of partial results were made, see Wiki. [[Special:Contributions/172.71.160.33|172.71.160.33]] 08:22, 21 April 2024 (UTC)
  
I was confused by this question at first.  The answer is "no."  It is disproved by example.  21+3=24  21 is not a prime.  24 is even. {{unsigned ip|162.158.154.65|19:38, 21 April 2024}}
+
I was confused by this question at first.  The answer is "no."  It is disproved by example.  21+3=24  21 is not a prime.  24 is even. {{unsigned ip|162.158.154.65|19:38, 21 April 2024
 
:24 is the sum of many pairs of numbers. Amongst those pairs (as with any even number >2) may be one ore more pairs of primes (even 2, if you count 1 as a prime - though generally one doesn't). 24 is (just looking at the odd numbers >1) 21+3, 19+5 (both primes!), 17+7 (both primes), 15+9 (no), 13+11 (both primes) and then of course the reverses of these (if you count those). So 24 is the sum of two primes (three, or six, times). 4 is just the sum of 2+2, 6 is only 3+3, 8 is only 5+3... And every even number checked from there on up ''can'' be expressed as the sum of two primes (at least once). But is there ever a point at which there is an even number that is not?
 
:24 is the sum of many pairs of numbers. Amongst those pairs (as with any even number >2) may be one ore more pairs of primes (even 2, if you count 1 as a prime - though generally one doesn't). 24 is (just looking at the odd numbers >1) 21+3, 19+5 (both primes!), 17+7 (both primes), 15+9 (no), 13+11 (both primes) and then of course the reverses of these (if you count those). So 24 is the sum of two primes (three, or six, times). 4 is just the sum of 2+2, 6 is only 3+3, 8 is only 5+3... And every even number checked from there on up ''can'' be expressed as the sum of two primes (at least once). But is there ever a point at which there is an even number that is not?
 
:With 3, 5 and 7 being primes, then you can definitely say that if N is an even number that has (or even relies upon) a solution with 3, then N+2 and N+4 are, which would be answerable by the same sum but with 5 or 7 instead. Plus N+8 (3->11), N+10 (3>13). And maybe you can fill in the N+6 and N+8 by the ''other'' prime used being also a suitable twin prime that you can swap out for the P±2 partner. But only if it's the right prime of any given pair, and not all primes are twins, so there's a lot more to consider about whether any given advancement up the even-numnber ladder can be answered by a suitable pair of primes.
 
:With 3, 5 and 7 being primes, then you can definitely say that if N is an even number that has (or even relies upon) a solution with 3, then N+2 and N+4 are, which would be answerable by the same sum but with 5 or 7 instead. Plus N+8 (3->11), N+10 (3>13). And maybe you can fill in the N+6 and N+8 by the ''other'' prime used being also a suitable twin prime that you can swap out for the P±2 partner. But only if it's the right prime of any given pair, and not all primes are twins, so there's a lot more to consider about whether any given advancement up the even-numnber ladder can be answered by a suitable pair of primes.
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:15444? Well, neither 7649 or 7793 have a +2 prime-partner. But 7589 is followed by 7591 (as a new partner to 7853). And 7559 is followed by 7561, so 7561+7883 would also be an answer. There will (probably) be many others.
 
:15444? Well, neither 7649 or 7793 have a +2 prime-partner. But 7589 is followed by 7591 (as a new partner to 7853). And 7559 is followed by 7561, so 7561+7883 would also be an answer. There will (probably) be many others.
 
:But will there ''always'' be many others? Or even just the one? I'm sure someone has been counting how many unique (bidirectional) solutions each number has, and probably there are some that ''only just'' get the requisite single pair of primes that sum to it. Could it ever not even manage that? Those actually familiar with the efforts to prove the conjecture would know, rather than a fool like me coming fresh to the problem. (Relatively, that is... I already knew about it, but I've never tried to wade into the actual theory until right now, and this random example I set up to 'explain' this, just now.) [[Special:Contributions/172.71.242.175|172.71.242.175]] 21:01, 21 April 2024 (UTC)
 
:But will there ''always'' be many others? Or even just the one? I'm sure someone has been counting how many unique (bidirectional) solutions each number has, and probably there are some that ''only just'' get the requisite single pair of primes that sum to it. Could it ever not even manage that? Those actually familiar with the efforts to prove the conjecture would know, rather than a fool like me coming fresh to the problem. (Relatively, that is... I already knew about it, but I've never tried to wade into the actual theory until right now, and this random example I set up to 'explain' this, just now.) [[Special:Contributions/172.71.242.175|172.71.242.175]] 21:01, 21 April 2024 (UTC)
:: It looks like it was a mistake on my part to infer that the question meant "exclusively the sum of two primes." Allen [[Special:Contributions/162.158.62.237|162.158.62.237]] 15:12, 22 April 2024 (UTC)
+
 
::: Ah, I see. Well, ''no'' number is "''just'' the sum of two primes" (4=3+1, and 1 isn't prime; or 4+0, and neither of those are; all before considering negative, fractional or even complex/quaternian 'summations' (e.g. (2+3i)+(2-3i)=4), which primes definitely are not part of, regardless of how they together become '4'...), so "Is every even number greater than 2 the sum of two primes?" sort of has to imply only that there "are two primes which sum", rather than ever "the only numbers which sum will all be primes". Hyper-pedanticity (or deliberate linguistic trickery) aside, that's really not in question.
 
::: But nice to understand where you were coming from, at least. [[Special:Contributions/172.70.163.49|172.70.163.49]] 20:15, 22 April 2024 (UTC)
 
 
*About Q2: the "number of sides" may be "the average number of sides" of a Platonic solid, which is 10, despite having no Platonic decahedron
 
*About Q2: the "number of sides" may be "the average number of sides" of a Platonic solid, which is 10, despite having no Platonic decahedron
 
*About Q10: with a correct list of answers, it ''may'' be kept as-is with having to select the drummer(s).
 
*About Q10: with a correct list of answers, it ''may'' be kept as-is with having to select the drummer(s).
 
[[Special:Contributions/162.158.78.38|162.158.78.38]] 10:47, 22 April 2024 (UTC)
 
[[Special:Contributions/162.158.78.38|162.158.78.38]] 10:47, 22 April 2024 (UTC)
 
:That assumes that the Platonic solids occur in equal numbers in the universe. In actuality, there are probably more of some than others, which would throw your average off. Alternatively, you could argue that none of any of them actually exist (by virtue of them being Platonic, and any example being an imperfect approximation), in which case the answer is either 'none' or 'unanswerable', since you can't average nothing.[[Special:Contributions/172.70.85.156|172.70.85.156]] 12:39, 22 April 2024 (UTC)
 
:That assumes that the Platonic solids occur in equal numbers in the universe. In actuality, there are probably more of some than others, which would throw your average off. Alternatively, you could argue that none of any of them actually exist (by virtue of them being Platonic, and any example being an imperfect approximation), in which case the answer is either 'none' or 'unanswerable', since you can't average nothing.[[Special:Contributions/172.70.85.156|172.70.85.156]] 12:39, 22 April 2024 (UTC)
 
The smallest lake in the world is Snowf Lake. {{unsigned ip|172.70.34.58|02:22, 23 April 2024}}
 
 
The title text reminds me of some old viral social media post where an alleged smart-a** teacher made a test question that was like "What is the opposite of 'old'? (a) new (b) young". (I don't remember if it was specifically mentioned, but the implication was that the question would then be graded completely arbitrarily.) [[User:Zowayix|Zowayix]] ([[User talk:Zowayix|talk]]) 21:01, 23 April 2024 (UTC)
 
 
== Smallest lake ==
 
 
IMHO there is a reasonable interpretation of the smallest lake question: what is the smallest officially named naturally occurring body of freshwater. [[User:Stevage|Stevage]] ([[User talk:Stevage|talk]]) 06:31, 24 April 2024 (UTC)
 
: Does this go so far as to include "...that has the word 'lake' in it"? (Or ’lac’, or other acceptably ''exact'' linguistic equivalent, perhaps?)
 
: There is the "How many lakes are there in the {{w|Lake District}}?" classic British quiz question. Possible answer: there are perhaps 21(ish) 'lake-like' water bodies, but only Bassenthwaite Lake is ''called'' a lake, the rest are 'water's, 'mere's, 'tarn's (maybe then "not-a-lake", like "lochens are not lochs") and a handful of reservoirs (maybe not a lake, for being not natural?). Thus to avoid trouble, and especially how far to go to down the "pond, pool and puddle" route, the only truly unambiguous answer, once you know the 'trick', is "one". (Noting that "Lake Windermere" is a common misnomer for the body of water that is really just "Windermere", the actual largest "English lake". It having perhaps been tautologically enhanced to distinguish from "Windermere, the town", the main settlement in the area that was actually called Birthwaite prior to the arrival of the railway station that took the 'lake' name and then just rolled with it for the benefit of the unwashed/washed visiting masses.)
 
: ...this being sort of summarised in the Explanation at one point, actually, but got considered surplus. But a "smallest lake in the Lake District" question of this kind now explicitly excludes all the arguments about whether that means Easedale Tarn (by most linear dimensions) or Hayeswater (volumetric), whether or not you subscribe to other physical classification exclusions or the "Lake Windermere" name. [[Special:Contributions/172.70.163.48|172.70.163.48]] 08:54, 24 April 2024 (UTC)
 

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