The internet is truly puzzled by this homework question

Поділитися
Вставка
  • Опубліковано 15 лис 2024

КОМЕНТАРІ • 1,7 тис.

  • @jookovacs
    @jookovacs Місяць тому +3276

    The solution: 6 big dogs, 42 small dogs, and 1 medium-sized dog

    • @kevinsullivan2153
      @kevinsullivan2153 Місяць тому +421

      My first question, before even working with the numbers, was "are small and large the only categories". After 50+ years, I no longer trust that I get complete or even accurate information when I work on a problem.

    • @mrmimeisfunny
      @mrmimeisfunny Місяць тому +213

      or 5 big dogs, 41 small dogs and 3 medium dogs.

    • @twiggybirdy9243
      @twiggybirdy9243 Місяць тому +33

      That's the first thing I thought of too

    • @Hanous
      @Hanous Місяць тому +136

      @@mrmimeisfunny which is again why the problem is unsolveable. The problem didn't state all of the different groups of dogs.

    • @chascuk
      @chascuk Місяць тому +64

      36 small dogs plus 13 dogs that don't fit into either the small or large categories.

  • @AdrianColley
    @AdrianColley Місяць тому +657

    One dog is in a sealed box such that nobody can tell whether it's a large or small dog until the superposition is decohered.

  • @edheldude
    @edheldude Місяць тому +1905

    The 0.5 dog might be the infamous updog.

    • @Gnophkehs
      @Gnophkehs Місяць тому +108

      Wassup, dawg?

    • @theonlymegumegu
      @theonlymegumegu Місяць тому +90

      what's "updog"? XD

    • @realmeme6
      @realmeme6 Місяць тому +25

      its half a dog, split perfectly

    • @AndyHullMcPenguin
      @AndyHullMcPenguin Місяць тому +50

      .. or indeed Schrödinger's dog. Both dog, and not dog at the same time.

    • @edheldude
      @edheldude Місяць тому +13

      @@realmeme6 Per length or per mass? Symmetrically or asymmetrically?

  • @IceMetalPunk
    @IceMetalPunk 13 днів тому +155

    Feels like the problem was made by someone, and then someone else went back and changed the numbers without thinking to create a "new problem", not realizing the implications of their change. Sort of thinking of math as symbolic manipulation, rather than descriptions of reality, and figuring "if it works with these numbers, it'll work with any numbers, right?"

    • @Ken-er9cq
      @Ken-er9cq 8 днів тому +7

      It is why when setting assignments etc, that the solutions are worked through at the same time.

    • @SuprousOxide
      @SuprousOxide 5 днів тому +7

      Could also easily end up with a solution requiring negative large dogs, if you don't sanity check your answer

  • @barttemolder3405
    @barttemolder3405 Місяць тому +428

    Who left the dog out?

    • @gbone7581
      @gbone7581 Місяць тому +6

      🤣

    • @Geoff_G
      @Geoff_G Місяць тому +5

      From the classic Anslem Douglas original song Doggie 👍👍

    • @jlilley73
      @jlilley73 Місяць тому +27

      who, who who?

    • @ezofrez
      @ezofrez Місяць тому +9

      arff arff arff arff arff

  • @TheAllRounderMemes
    @TheAllRounderMemes Місяць тому +1113

    36 small dogs, 13 medium dogs, no big dogs

    • @stephenanderle5422
      @stephenanderle5422 Місяць тому +16

      Smaart kitty!

    • @veelo
      @veelo Місяць тому +8

      What? Why did you say "big" instead of large?

    • @thenonsequitur
      @thenonsequitur Місяць тому +53

      @@veelo Do "big" and "large" mean different things to you?

    • @thenonsequitur
      @thenonsequitur Місяць тому +2

      @@stephenanderle5422 Smart puppy even!

    • @veelo
      @veelo Місяць тому +3

      @@thenonsequitur functionally, probably not, but if your joke was over the semantics, why wouldn't you use the same verbiage as the question. Did using the word big help you at all? A medium dog is a large dog if there are only small dogs and medium dogs in the competition. See how that ruins your joke?

  • @JaffasYoutube
    @JaffasYoutube Місяць тому +239

    4:16 - Its not that it can't be solved. Its just that the answer doesn't translate to how we normally count dog (whole numbers). We can have half dogs, whether or not they are alive is a different question.

    • @neondemon5137
      @neondemon5137 Місяць тому +36

      The question is bad since you can't enter half a dog into a contest.

    • @waxfrenzy
      @waxfrenzy Місяць тому +17

      and half a large dog is ... small

    • @blazerker1640
      @blazerker1640 24 дні тому +4

      Can amputees count as half a dog?

    • @joshuaanoruo973
      @joshuaanoruo973 19 днів тому +6

      Schrödinger's dog

    • @lachsthesalmon1441
      @lachsthesalmon1441 13 днів тому +3

      @@neondemon5137 this very much depends on the rules of the contest

  • @indefinitearticle1161
    @indefinitearticle1161 Місяць тому +256

    Maybe there’s 7 large dogs, 43 small dogs and one negative dog.

  • @benjamingeiger
    @benjamingeiger Місяць тому +708

    If I had to guess, I'd say the teacher probably meant to say there are 49 *large* dogs. This would both make it a problem that would be suitable for a 7-year-old (most 2nd graders aren't learning algebra, they're learning to add two-digit numbers) and give an answer that makes sense.

    • @aralornwolf3140
      @aralornwolf3140 Місяць тому +62

      49 large or small dogs. Or the 49 is a typo and it was supposed to be 48.

    • @MrNicoJac
      @MrNicoJac Місяць тому +13

      Yeah, that makes more sense!

    • @corvididaecorax2991
      @corvididaecorax2991 Місяць тому +35

      I doubt it. Firstly a typo of an 8 to a 9 is an easier mistake than leaving out a whole word. Secondly there doesn't seem to be much confusion why this was given to second grade class, just that it is unsolvable. Thirdly the corrected problem is easy to solve with guess and check, which I am pretty sure was something I was doing in second grade.

    • @person8064
      @person8064 Місяць тому +24

      ​@@corvididaecorax2991 if you had to guess and check in second grade, your education failed you

    • @corvididaecorax2991
      @corvididaecorax2991 Місяць тому +34

      @@person8064
      It is a valid strategy for both solving simple problems like this one and for getting a feel for complex problems you don't yet understand. Several of my later year college classes in astrophysics involved teaching what was essentially advanced guess and check methodology.

  • @benedictfletcher4210
    @benedictfletcher4210 Місяць тому +108

    I got to 13=2X; then thought I screwed up. glad to find out there was an error in the question.

    • @alextrebek8293
      @alextrebek8293 Місяць тому +3

      same here

    • @samuraichicken9248
      @samuraichicken9248 Місяць тому +2

      I'm glad but I'm also pissed. No satisfaction.

    • @twobladedswordsandmauls2120
      @twobladedswordsandmauls2120 Місяць тому +10

      I mean, mathematically there is no mistake, just logically.
      Mathematically, there is no issue with having half of a small dog and half of a large dog. It's only when you stop thinking of dogs as arbitrary variables that it starts becoming a scene from a horror movie.
      The more pressing concern is that it's an algebra problem assigned to a second grader still trying to wrap their head around basic arithmetic.
      This class just went directly from "adding and subtracting two digit numbers" directly to "Substitutions in systems of equations". They probably haven't even learned division yet, and not only does this require that but it has two interconnected variables.

    • @Eloridas
      @Eloridas Місяць тому

      Half a dog? I got the same answer...

    • @minimalistmindset3020
      @minimalistmindset3020 Місяць тому +3

      ​@twobladedswordsandmauls2120 However, if it is a mathematics problem being presented as a word problem, then it must adhere to the bounds of logic, mathematically and linguistically. A word problem represents the practical application of mathematics, and fails in its purpose if it does not.
      If the conclusion in a raw math problem presents a fundamental error(ex. 2x = 3, x equaling 0), it means you need to check your work again. Same applies if the language of the question causes the answer to defy logic.
      Half of a Snickers bar is considered valid, but half of a dog is not, and that creates a fundamental error.

  • @adamrussell658
    @adamrussell658 Місяць тому +453

    1 confused and frightened cat!

  • @kriytz
    @kriytz Місяць тому +71

    i would just encourage my kid to answer "not enough information to say, but it probably involves medium dogs"

    • @MyFiddlePlayer
      @MyFiddlePlayer 9 днів тому +4

      That was my immediate reaction when I read the question, because the question does not state how many categories of dogs are in the competition.

  • @mrmimeisfunny
    @mrmimeisfunny Місяць тому +1272

    Who let King Solomon run a dog show?

    • @Schwitzig996
      @Schwitzig996 Місяць тому +33

      Underrated comment.

    • @drgongolds5964
      @drgongolds5964 Місяць тому +8

      Nice

    • @albertjosefsson7304
      @albertjosefsson7304 Місяць тому +8

      😂😂😂

    • @Notavailable9ag
      @Notavailable9ag Місяць тому +1

      I didn't get it

    • @OneWeirdDude
      @OneWeirdDude Місяць тому +69

      @@Notavailable9ag King Solomon is a king recorded in the Bible, who lived about 1015 BC. He's famous for determining the true mother of a certain baby, by threatening to cut it in two. Of the two women, one gave up because she didn't want the child to die, but the other was fine with the compromise - which was a bluff, anyway, and Solomon gave the child to the mother who preferred to surrender it rather than let it die.

  • @tayzonday
    @tayzonday Місяць тому +60

    Assuming every type of dog is stated in the problem, you'd have to divide one in half.

    • @happymario3223
      @happymario3223 Місяць тому +4

      rest in piece, also chocolate rain guy!!!

    • @RoderickEtheria
      @RoderickEtheria Місяць тому +8

      You're cutting two in half.

    • @happymario3223
      @happymario3223 Місяць тому +2

      @@RoderickEtheria i was gonna write a comment arguing with this but then i realized no dog is exactly 50% big 50% small

    • @thomaspickin9376
      @thomaspickin9376 Місяць тому +2

      Some dogs stay dry others feel the pain...

    • @chinareds54
      @chinareds54 Місяць тому +2

      @@RoderickEtheria No dogs are being cut in half in this problem. Two half dogs were entered in the competition. They were already half dogs at the start of the problem.

  • @DrFunkman
    @DrFunkman Місяць тому +186

    It’s easy. There’s 42 small dogs, 6 large dogs, and one wolf that someone signed up as a dog and is hoping no one will notice. Jokes aside though, kudos to the teacher for acknowledging the mistake. I’ve met a couple of teachers that refuse to acknowledge mistakes

    • @aralornwolf3140
      @aralornwolf3140 Місяць тому +13

      I had a textbook that had a mistake in it. The question was correct. The answer provided at the back of the book was wrong. Teacher never told us that this error was in the textbook... but it did show him how many of us did the homework. :D

    • @Shorty_Lickens
      @Shorty_Lickens Місяць тому +3

      Well if they refuse to acknowledge, what was their answer?

    • @jakeburns6566
      @jakeburns6566 Місяць тому +3

      Wolf doesn't count...he was in sheep's clothing.

    • @jakeburns6566
      @jakeburns6566 Місяць тому +1

      ...sure it wasn't Red Riding Hoods Grandma?

    • @theexploringneuron
      @theexploringneuron Місяць тому

      ​@@Shorty_Lickensdon't bother, this won't come in exam😂

  • @abhi_kr_mishra
    @abhi_kr_mishra Місяць тому +24

    3:53 what is the half of a dog..... "It's dc"

  • @Typical.Anomaly
    @Typical.Anomaly Місяць тому +654

    "THEY'RE CUTTING THE DOGS IN HALF!!!"

  • @Greywander87
    @Greywander87 Місяць тому +71

    I saw the thumbnail and thought, "That's easy, just subtract 36 from 49, then divide by half, and that's the number of large dogs." Then I realized it was a non-whole number.

    • @EzaleaGraves
      @EzaleaGraves 9 днів тому +3

      Hi, I'm an engineer and I'm ashamed to admit that it took me breaking out pencil and paper to realize the problem

    • @MelanieNLee
      @MelanieNLee 9 днів тому

      Divide IN half, not "by" half. To divide by half is to multiply by 2.

    • @Dragoniccat
      @Dragoniccat 8 днів тому

      Going off of what that other person said, I’m curious: is there a reason you said “divide by half?” For example, teaching in wherever you live showing the accurate grammar be “divided by half,” instead of “divide in half,” as it is where I live? Or is it just a silly mistake just because it’s easy to make?

    • @Greywander87
      @Greywander87 8 днів тому +1

      @@Dragoniccat Just a silly mistake. I indeed meant "divide in half", not "divide by half". Dividing by half would be the same as multiplying by 2.

    •  6 днів тому +1

      I had to algebra it haha

  • @raeannshinabarger875
    @raeannshinabarger875 Місяць тому +27

    Trick question. One of the large "dogs" was a wolfdog hybrid and one of small "dogs" was CatDog. Thus, there was a 1/2 dog in each category.
    My actual answer was unsolvable due to the unknown number of medium dogs entered. (M + 2L + 36 = 49)

  • @herrhartmann3036
    @herrhartmann3036 Місяць тому +18

    The two owners who had entered their half-dogs into the competition were subsequently arrested for cruelty towards animals.

  • @LinkAranGalacticHero
    @LinkAranGalacticHero Місяць тому +77

    0.5 dog is the underdog... Everything works with the solution!

  • @verkuilb
    @verkuilb Місяць тому +48

    @0:53 “We know that there are two types of dogs: There are large dogs and there are small dogs.” How do we know that?? There’s nothing in the problem statement indicating those are the only sizes involved. Actually, we have direct evidence within the problem that those are NOT the only two sizes involved. If those were the only sizes involved, the problem would be solvable. The fact that it’s not solvable as written with only two sizes means there MUST be at least one more category of dog involved in the problem.

    • @AD-ln2xu
      @AD-ln2xu Місяць тому

      assuming

    • @cakeplayz1476
      @cakeplayz1476 Місяць тому +2

      assuming, we're not gonna go into reading comprehension

    • @michael1
      @michael1 Місяць тому +6

      Well typically there is. Typically it's reasonable to assume that a maths question of this type, especially if given to school children, contains both the necessary and sufficient information to answer it. If it mentions 2 categories that it's going to be a problem in 2 variables, and further that there's usually as much information as you need to form 2 equations using those 2 variables.
      Typically the purpose for asking this type of question is to ascertain mathematical understanding (usually of previously taught course work - maybe even work taught the same day the homework was set - this is a big clue for students) and the question wasn't set to test the ability of school kids to be pedantic, creative or a comedian. e.g if a question asks what does someone have if they have 10 apples in one hand and 5 in the other isn't looking for "big hands" as the answer. There are, undoubtedly courses that have questions where these latter skills would come into play, but if you want your kid to pass maths teach him or her to be smart rather than a smart ass.
      That said rigour is an important skill, especially the higher level you study. So sometimes it does pay to adopt a more pedantic reading of a problem. In computer science too, asking the pedantic questions when you're given a set of requirements may avoid holes in the computer system that's developed from these requirements. But the kid who sits there saying "it didn't say this...it didn't say that...why can't you divide by zero?" all the time is just going to fail.
      For a question like this, the most likely thing is that a simple mistake has been made because there's no integer solution when considering only large and small dogs. If you questioned this and you were told the question is worded correctly, then perhaps you can start to make assumptions about extra categories of dogs and ranges of solutions for the number of small dogs. As you can see it turned out that the question setter had made a simple mistake.

    • @joann3736
      @joann3736 Місяць тому

      @@cakeplayz1476😂

    • @Delibro
      @Delibro Місяць тому

      No, you have to assume things in every question, in every statement, in every situation in life in general. If you assume there are medium sized dogs, you could also assume that there is a large asteroid destroying the earth at that moment, so the result would be 0 dogs. So, its pointless with assumptions beyond the stated ones.

  • @JohnClaud-oj7gz
    @JohnClaud-oj7gz Місяць тому +22

    At a minimum there are 36 small dogs. At a maximum there are 6 large dogs. If a second grader was to assume there are only small and large dogs, then they might state the for certain of 36 small dogs.

    • @ifrit1937
      @ifrit1937 Місяць тому +9

      No there's only 36 small dogs.
      The phrase states there are 36 more small dogs than large dogs so even if there are 0 large dogs there must only be 36 small dogs as if you add more small dogs you than change aspects of the question given. If you say 42 small dogs that would not match up with the idea that there are 36 more small dogs than large dogs presented in the question as that would make it 'there are 42 more small dogs than large dogs'...there can be other types of dogs like say medium sized dogs (only other size unless you want to say extra large/extra small I guess but I've never heard that terminology before for dog size) that could make up the remaining 13 dogs (49 dogs total, 36 have to be small so there's 13 large or medium dogs).
      If it was to ask how many large dogs there are than without adding medium dogs into the equation there's be 13, if we throw medium sized dogs in there too there'd be 14 different possible answers though from 0 large dogs to 13 medium dogs to 13 large dogs to 0 medium dogs.
      The ONLY way there can be more small dogs is if it was phrased as as either 'there are at LEAST 36 more small dogs than large dogs' or 'there's 36 OR more small dogs than large dogs' however it states there IS 36 more small dogs than large which gives us a number that CANNOT be changed without changing the question as I've shown above where if you say there's 42 small dogs that would change it to 42 MORE small dogs than large dogs which obviously is NOT = to '36 MORE small dogs than large dogs.'
      If anything this is a question that tests reading comprehension to see if you know what the question is actually asking without changing aspects of the original question.

    • @Delibro
      @Delibro Місяць тому +7

      @@ifrit1937 Are you ...? 42 small dogs and 6 big dogs would fulfil the premise of "36 more small dogs than big dogs".

    • @JohnClaud-oj7gz
      @JohnClaud-oj7gz Місяць тому

      @benjaminmorris4962 Yes, the logic therefore must follow that to say there are 49 total dogs and there are 36 more small dogs than large dogs, there are no large dogs. The 13 other dogs are not accounted for in the original problem posed.

    • @JohnClaud-oj7gz
      @JohnClaud-oj7gz Місяць тому

      @@Delibro True, with 1 other dog.

    • @BrutestBonnet
      @BrutestBonnet 28 днів тому +4

      @benjaminmorris4962 why do you add them together? Small dogs and large dogs are not the same. So the answer is 36 small dogs.

  • @Fancysaurus
    @Fancysaurus Місяць тому +31

    That "Half a dog" is Sergeant Barksy who lost all of his legs in the war. You need to be more respectful to a injured canine vet like him.

  • @cguy96
    @cguy96 Місяць тому +72

    You don’t know there are only two types of dogs competing, you know that there are two types mentioned. If the problem said something like “There are 49 LARGE AND SMALL dogs…”, then you would know.
    The only two things you know are 49 total dogs and if X is the number of large dogs competing, there are X+36 small dogs competing.
    Since the problem is poorly defined, the only thing you can deduce is that the number of small dogs competing is between 36 and 42.

    • @the_actual_lauren
      @the_actual_lauren Місяць тому +5

      “There are 49 LARGE AND SMALL dogs…” implies that every dog is both large and small. It would be more correct to say that “There are 49 dogs, each of which are large or small, but not both large and small…”

    • @cguy96
      @cguy96 Місяць тому +3

      @@the_actual_lauren “something like”, it was a quick throwaway line and I hope even a 7 year old would know a dog cannot be both large and small.
      Now if I had said “There are 49 LARGE AND BLACK dogs” that would be a real problem…
      Edit: how about There are a total of 49 dogs, either large or small…

    • @tuomasronnberg5244
      @tuomasronnberg5244 Місяць тому +1

      ​@@the_actual_laurenThis is peak pedanticism 👌

    • @sappa66
      @sappa66 Місяць тому

      I ended up with the same answer, just a slightly different logic, just because they signed up doesn't mean they compete.

    • @cguy96
      @cguy96 Місяць тому

      @@sappa66 maybe except all the problem parts say “signed up to compete”, so I think you are out of the competition (you dawg!) 🤣

  • @marsjo75
    @marsjo75 Місяць тому +10

    42 small dogs, 6 big dogs and a puppy of each size.

  • @VikingrGaming-x4l
    @VikingrGaming-x4l Місяць тому +14

    what me stumped wasn't the math, but the logical inconsistency of there being half a dog

    • @bluerizlagirl
      @bluerizlagirl 27 днів тому

      There are _two_ half dogs; one half dog in the small set of large dogs and one half dog in the large set of small dogs. So at least the maths isn't inconsistent! If you had 98 dogs in total and 72 difference, that would work fine (13 large and 85 small).

  • @ane150893
    @ane150893 7 днів тому +2

    The answer is
    42 small dogs
    6 big dogs
    And 1 big dog named "Small"
    That's why the question used "more small" instead of "smaller", it's not a typo or grammatical error, it's intentional

  • @deathlessgamer
    @deathlessgamer Місяць тому +67

    I was able to figure out the algebra fairly easily and was extremely confused when I got 42.5.

  • @brotherandrew3393
    @brotherandrew3393 Місяць тому +98

    "One dog was stolen and eaten." Donald Trump

    • @beetlejuice3x309
      @beetlejuice3x309 Місяць тому +6

      My Haitian neighbor cooks it the best.

    • @eglol
      @eglol 12 днів тому +1

      You forget the "by immigrants" part

    • @daerdevvyl4314
      @daerdevvyl4314 11 днів тому +2

      eglol No, by illegal immigrants. Please stop conflating legal and illegal immigrants.

    • @brotherandrew3393
      @brotherandrew3393 11 днів тому +1

      @daerdevvyl4314 NOBODY did steal cats and digs and eat them. That is one of Trump's many lies.

    • @beetlejuice3x309
      @beetlejuice3x309 11 днів тому +4

      @@brotherandrew3393 bro, there are literally videos of it. I'm honestly sorry to tell you. I know you really wanted it to be a lie.

  • @MegaSuperEnrique
    @MegaSuperEnrique Місяць тому +118

    It's simple, there are 42.5 small dogs😂😂😂

    • @Gideon_Judges6
      @Gideon_Judges6 Місяць тому +6

      That's what I got and figured the teacher made a mistake or poorly worded something.

    • @manojsingh911
      @manojsingh911 Місяць тому +7

      Nowadays teacher making questions while they got drunk 😂

    • @davidlove8291
      @davidlove8291 Місяць тому

      😅😅😅

    • @andydufresne567
      @andydufresne567 Місяць тому

      That's what I got too😅

    • @azrobbins01
      @azrobbins01 Місяць тому +1

      But can you register 0.5 of a dog in the dog show?

  • @GameJam230
    @GameJam230 Місяць тому +8

    The problem I’m immediately noticing from the thumbnail is that the even-odd parity doesn’t line up at all. If the number of large dogs is odd, then the number of small dogs is ALSO odd, because 36 is even, and odd + even = odd. But, if both the number of small dogs AND big dogs is odd, and odd + odd = even, then the total number of dogs cannot also be odd.
    The same contradiction arises if you assume the count of big dogs is even, as you get both counts are even, and don’t sum to an odd number.
    So unless the solution requires dogs missing legs or an unestablished “medium” class of dog, it can’t be solved.

    • @mrcryptozoic817
      @mrcryptozoic817 Місяць тому

      I noticed that too.
      Trouble is, in 2nd grade most students just accept the bad grade as correct and never mention it.

    • @bluerizlagirl
      @bluerizlagirl 27 днів тому +2

      It's literally a mathematics teacher's job to know that. It's a very important part of what they get paid to do, for a living. If someone not only can't solve a mathematical problem but hasn't even noticed it can't be solved, what are they even doing teaching mathematics?

    • @sonjagatto9981
      @sonjagatto9981 21 день тому

      @@bluerizlagirl I agree❣🤣

  • @Entification
    @Entification Місяць тому +24

    Total = 49 = Small + Large
    Small = Large + 36
    Large = ?
    49 = Large + Large + 36
    13 = Large + Large
    Large = 6.5
    Small = 6.5 + 36 = 42.5
    Ah yes, math.

    • @zanderdev57
      @zanderdev57 Місяць тому +6

      Well yeah the math is mathing but the dog is probably dead

    • @spiderrabbit1556
      @spiderrabbit1556 Місяць тому +1

      Large + large What? There are 36 small dogs signed up to compete. The question is how many small dogs are signed up to compete?

    • @SymbolicSunshine
      @SymbolicSunshine Місяць тому

      ​@@spiderrabbit1556read it again they literally explained it.

    • @Entification
      @Entification Місяць тому

      @@spiderrabbit1556 There are 36 MORE small dogs than large dogs competing, genius.

    • @gavindeane3670
      @gavindeane3670 Місяць тому +1

      ​@@spiderrabbit1556Why do you think there are 36 small dogs?
      The question doesn't tell us (at least not directly) how many of either size dog there is. But it does tell us that if there are 36 small dogs then there are zero large dogs.

  • @andrewliauw
    @andrewliauw Місяць тому +1

    The question is not mistaken, if big/small is subjective, and therefore cannot be the criteria to judge big/small. So, one of the dogs was used as the standard to judge the other dogs. So 42 dogs smaller and 6 dogs bigger than this dog.

  • @cheook7029
    @cheook7029 Місяць тому +66

    Where does it say that only small and large dogs are signed up? What about medium sized dogs?

    • @unknownexe-ih7wj
      @unknownexe-ih7wj Місяць тому +10

      What about a very large dog?

    • @chaosgyro
      @chaosgyro Місяць тому +14

      If we can begin to just assume extra facts not in the problem then it is unsolvable, or at least unfalsifiable. 0 large dogs, 36 small dogs, 7 medium dogs, and 6 giant dogs suddenly becomes an answer that the teacher can't say is wrong.

    • @seisveintiocho-x9e
      @seisveintiocho-x9e Місяць тому +3

      Medium size does not exist. No dog is exactly the aversge. And besides, dogs are pretty small on average.

    • @MrNicoJac
      @MrNicoJac Місяць тому

      ​@@seisveintiocho-x9e
      Google "medium size dog breeds" and you'll find out just how wrong your statement is 😂😂👍🏼

    • @marianolaguzzi
      @marianolaguzzi Місяць тому +3

      If a bit of information like that isn't given not requested in a question it is to be assumed that it doesn't exist or matter

  • @cerebralhawks4544
    @cerebralhawks4544 Місяць тому +7

    The answer is far simpler. It's a trick question. The answer is 36. You have 49 dogs total. There are 36 more small dogs than large dogs, so you just subtract... if you're trying to get the number of large dogs, which would be 13. But the question ultimately asks how many small dogs are there. 36.
    It's like the man going to St. Ives riddle as told in Die Hard 3. They throw all this data at you making you multiply 7 by itself recursively a bunch of times. But it starts with "As I was traveling to St. Ives, I met..." and the answer is one, it's only the narrator who is going there. The rest are coming from there. The trick is, the second-graders are expecting a simple subtraction problem (49-36) but it's not asking that.

    • @gavindeane3670
      @gavindeane3670 Місяць тому +1

      If the number of small dogs is 36 then the number of large dogs can't be 13. The number of large dogs would have to be zero.

    • @SanchoSanchoSancho
      @SanchoSanchoSancho 7 днів тому +3

      @@gavindeane3670 Compromise: 36 small dogs, 13 medium dogs, & 0 large dogs. Now you're both right.

    • @gavindeane3670
      @gavindeane3670 7 днів тому

      @@SanchoSanchoSancho That works. Anything between 36 and 42 small dogs works.

  • @bahulecticmethod509
    @bahulecticmethod509 Місяць тому +15

    Perhaps the dog show is a hotdog cookout? In which case I have point 5 dogs in my stomach.

  • @therealsilverking4802
    @therealsilverking4802 6 днів тому +3

    am I missing something?
    12 Large dogs + 37 small dogs = 49

    • @yahoiuyaho
      @yahoiuyaho 6 днів тому +1

      36 MORE small dogs than large dogs. Basically x amount of large dogs + 36 is the amount of small dogs. :p

    • @gavindeane3670
      @gavindeane3670 6 днів тому +1

      You're missing the fact that the question requires there to be 36 more small dogs than large dogs, but you only have 25 more small dogs than large dogs.

    • @therealsilverking4802
      @therealsilverking4802 5 днів тому +1

      @@yahoiuyaho Ah, I see I misread the question.
      I thought it said there are X large dogs and 36 more small dogs not 36 more small than large...
      in that case the answer would be 6 large dogs, 42 small and 1 medium/other sized dog.

  • @redleg.0
    @redleg.0 Місяць тому +9

    The problem doesn't say the large and small dogs add up to 49. Only that there are 49 dogs in the contest and 36 more small dogs than large. Therefore, the answer is a range. From 1 to 6 large dogs is correct. All of them allow for there to be 36 more small dogs than large while not having more dogs than 49.

  • @draughtoflethe
    @draughtoflethe Місяць тому +6

    "In real life, we know that dogs are measured in terms of whole numbers. " Brand new sentence?

  • @robertbaker1893
    @robertbaker1893 Місяць тому +8

    Mmm ... 5 large dogs and 44 small dogs, one of which has big dog syndrome.

  • @RmnGnzlz
    @RmnGnzlz Місяць тому +2

    There was one guy that identifies as a dog too, but nobody had the balls to disqualify him for fear of the legal repercussions.

  • @Ric613-u1c
    @Ric613-u1c Місяць тому +14

    The answer is given right in the question.

  • @Hadeth_a_stepa
    @Hadeth_a_stepa 17 днів тому +2

    There are 36 small dogs competing. And there are 0 big dogs competing. That's it. The rest is just dog. Propably hotdog, we don't know.

  • @UGay-s7q
    @UGay-s7q Місяць тому +10

    4:00 answer, One hot dog= 0.5 small dog

  • @TheGamingG810
    @TheGamingG810 Місяць тому +4

    It's obvious! 0 small dogs, -36 large dogs, and 49 pictures of dogs!

  • @marianolaguzzi
    @marianolaguzzi Місяць тому +5

    Well, realistically some very sick individual could have cut both a large and a small sized dogs in half and signed them up for the dog show.
    Now, they would probably lose the dog show, unless the challenge was which one can keep still the longest, but they could technically compete, as most dog shows don't have regulations mandating that partecipants have to be whole and alive

    • @narfharder
      @narfharder Місяць тому +1

      Airbud-type loophole ftw always

  • @MirlitronOne
    @MirlitronOne Місяць тому +1

    1. Examiner sets question; 2. Examiner fails to work question to check that it makes sense.

  • @davem3953
    @davem3953 Місяць тому +15

    Isn't the answer in the question? 36 small, ergo 13 large.

    • @gavindeane3670
      @gavindeane3670 Місяць тому +4

      We need 36 more small dogs than large dogs, but you've only got 23 more small dogs than large dogs.

    • @gavindeane3670
      @gavindeane3670 Місяць тому +2

      ​@@june8599Read it again. Nowhere does the question tell you that there are 36 small dogs.
      What it tells you is that the number of small dogs minus number of large dogs equals 36.

    • @brianschuetz2614
      @brianschuetz2614 Місяць тому

      It seemed to me that the original intent was simple subtraction, with a result like this, but the actual math based on how it was worded gets you a half dog. Essentially, a poorly worded math problem.

    • @Viyakiyi
      @Viyakiyi Місяць тому

      ​@@gavindeane3670It's depend on "There are 36 more small dogs than large dogs"
      Point on: the number Sum 49 ; OR ; the small dogs and large dogs itself
      Case 1: 36 is more than 36 of 13 for equal to 49 (49-13=36)
      Case 2: small dogs equal to large dogs ,plus small dog more than large dogs 36 = 6.5 and (6.5+36)42.5 = (49 of 42.5-6.5=36)
      Case 2 could be a real number, due to : the imagination number and function is not Base number of 49 as a integer, the 6.5 is generated from statement itself.
      Rational number have to generate the result from the real number of 49. (49 is a Real number ; 36 is a statement )

    • @ifrit1937
      @ifrit1937 Місяць тому

      @@gavindeane3670 Na you're wrong, as for why:
      There's only 36 small dogs. It outright States there's 36 more small dogs than large dogs and there's 49 dogs in total. The equation im math would be: L (large dogs) + 36 (small dogs) = 49 or if we throw medium dogs into the equation even if they aren't mentioned nor should even be considered if not mentioned in the question especially for a 2nd grade problem: L (large dogs) + M (medium dogs) + 36 (small dogs) = 49 (total number of dogs).
      The phrase states there are 36 more small dogs than large dogs so even if there are 0 large dogs there must only be 36 small dogs as if you add more small dogs you than change aspects of the question given. If you say 42 small dogs that would not match up with the idea that there are 36 more small dogs than large dogs presented in the question as that would make it 'there are 42 more small dogs than large dogs'...there can be other types of dogs like say medium sized dogs (only other size unless you want to say extra large/extra small I guess but I've never heard that terminology before for dog size) that could make up the remaining 13 dogs (49 dogs total, 36 have to be small so there's 13 large or medium dogs).
      If it was to ask how many large dogs there are than without adding medium dogs into the equation there's be 13, if we throw medium sized dogs in there too there'd be 14 different possible answers though from 0 large dogs to 13 medium dogs to 13 large dogs to 0 medium dogs.
      The ONLY way there can be more small dogs is if it was phrased as as either 'there are at LEAST 36 more small dogs than large dogs' or 'there's 36 OR more small dogs than large dogs' however it states there IS 36 more small dogs than large which gives us a number that CANNOT be changed without changing the question as I've shown above where if you say there's 42 small dogs that would change it to 42 MORE small dogs than large dogs which obviously is NOT = to '36 MORE small dogs than large dogs.'
      If anything this is a question that tests reading comprehension to see if you know what the question is actually asking without changing aspects of the original question.

  • @joeyager8479
    @joeyager8479 10 днів тому +1

    I'm more impressed that the dogs were able to "sign up" to enter a dog show!

  • @birds_eye_view
    @birds_eye_view Місяць тому +4

    What if there are even more medium sized dogs. The large dogs number could vary between 1 and 6. The difference would then be filled up with medium sized dogs.

  • @alxbolt6225
    @alxbolt6225 Місяць тому +2

    This is not a math problem. This is wording the question correctly problem

  • @jeffersgrell8084
    @jeffersgrell8084 Місяць тому +5

    It’s a pity you did not say what was the mistake in the problem that was admitted by the teacher.

    • @MrDannyDetail
      @MrDannyDetail Місяць тому +3

      Using the link in the description to click to through to the original article reveals that the teacher themself didn't say exactly what the mistake was, but merely said: "The district worded it wrong. The answer would be 42.5, though, if done at an age appropriate grade.".

  • @EzaleaGraves
    @EzaleaGraves 9 днів тому +2

    The real answer is that there are 7 large dogs, 42 small dogs, 1 large wolf-dog, and 1 small wolf-dog.

  • @THall-vi8cp
    @THall-vi8cp Місяць тому +4

    As soon as I read it, I thought to myself, "2x+36 =49"...that can't work. Isolating x will leave an odd number."

    • @bluerizlagirl
      @bluerizlagirl 27 днів тому +1

      How did the teachers who set this problem not spot this glaring parity error!

  • @tomrace4586
    @tomrace4586 Місяць тому +2

    Easy. 36. 36 Small dogs, 0 large dogs, 13 Medium dogs = 49 dogs.

  • @ferdyhoshigakitube
    @ferdyhoshigakitube Місяць тому +4

    Huh? Why so complicated? The answer is 36 small dogs

    • @gavindeane3670
      @gavindeane3670 Місяць тому +1

      No it isn't.
      Well, it is if the number of large dogs is zero.

    • @izeathenoellemain2733
      @izeathenoellemain2733 9 днів тому

      @@gavindeane3670so confused why can”t it be if we take the question as it state technically there would still be 36 more small dogs then large dogs

    • @gavindeane3670
      @gavindeane3670 9 днів тому +3

      @@izeathenoellemain2733 The only way that the number of small dogs can be 36 is if there is a third category (e.g. medium dogs, or enormous dogs). And in that case, ANY number of small dogs between 36 and 42 inclusive is a solution.
      So 36 is possible, but you can't say it's the answer. The answer is either
      42.5 (if you assume large and small are the only categories)
      or
      between 36 and 42 inclusive (if you assume we need to have an integer number of small dogs).

  • @nikiTricoteuse
    @nikiTricoteuse 9 днів тому +2

    Apart from the impossibility of half a dog, surely a simpler way to solve the problem is this. 49-36=13. 13÷2=6.5. 36+6.5=42.5. Ergo there are 42.5 small dogs and 6.5 large dogs.

  • @joostvanrens
    @joostvanrens Місяць тому +10

    How do dogs sign up for a dog show?

  • @tiburd7
    @tiburd7 Місяць тому +2

    Once when we were out walking our 4-pound Maltese, a neighbor saw us and wisecracked "What's the matter? Couldn't you afford a whole dog?" So, obviously, the answer is that each small dog counts as half a dog. 😀 Seriously, though, we should reflect on the societal implications when authority figures (whether teachers, textbook writers, or others) can't even provide valid material to train and assess seven-year-olds. And those folks are allowed to vote???

  • @nychold
    @nychold Місяць тому +3

    Technically, the answer could be any whole number from 36 to 42. There could be no large dogs, and there could be dogs that are neither considered small nor large dogs (medium dogs). So it does have an answer (multiple, in fact), but ultimately, the question is very poorly worded and has an unrealistic answer given normal assumptions.

    • @ifrit1937
      @ifrit1937 Місяць тому +1

      Na you're wrong, as for why:

      There's only 36 small dogs. It outright States there's 36 more small dogs than large dogs and there's 49 dogs in total. The equation im math would be: L (large dogs) + 36 (small dogs) = 49 or if we throw medium dogs into the equation even if they aren't mentioned nor should even be considered if not mentioned in the question especially for a 2nd grade problem: L (large dogs) + M (medium dogs) + 36 (small dogs) = 49 (total number of dogs).
      The phrase states there are 36 more small dogs than large dogs so even if there are 0 large dogs there must only be 36 small dogs as if you add more small dogs you than change aspects of the question given. If you say 42 small dogs that would not match up with the idea that there are 36 more small dogs than large dogs presented in the question as that would make it 'there are 42 more small dogs than large dogs'...there can be other types of dogs like say medium sized dogs (only other size unless you want to say extra large/extra small I guess but I've never heard that terminology before for dog size) that could make up the remaining 13 dogs (49 dogs total, 36 have to be small so there's 13 large or medium dogs).
      If it was to ask how many large dogs there are than without adding medium dogs into the equation there's be 13, if we throw medium sized dogs in there too there'd be 14 different possible answers though from 0 large dogs to 13 medium dogs to 13 large dogs to 0 medium dogs.
      The ONLY way there can be more small dogs is if it was phrased as as either 'there are at LEAST 36 more small dogs than large dogs' or 'there's 36 OR more small dogs than large dogs' however it states there IS 36 more small dogs than large which gives us a number that CANNOT be changed without changing the question as I've shown above where if you say there's 42 small dogs that would change it to 42 MORE small dogs than large dogs which obviously is NOT = to '36 MORE small dogs than large dogs.'
      If anything this is a question that tests reading comprehension to see if you know what the question is actually asking without changing aspects of the original question.

    • @nychold
      @nychold Місяць тому

      @@ifrit1937
      36 + 0 + 13 = 49 (13 dogs of neither small nor large category)
      37 + 1 + 11 = 49 (11 dogs of neither small nor large category)
      38 + 2 + 9 = 49 (9 dogs of neither small nor large category)
      39 + 3 + 7 = 49 (7 dogs of neither small nor large category)
      40 + 4 + 5 = 49 (5 dogs of neither small nor large category)
      41 + 5 + 3 = 49 (3 dogs of neither small nor large category)
      42 + 6 + 1 = 49 (1 dog of neither small nor large category)
      All of these are valid answers given the question. Every last one, if you actually read the question. I'd say reading comprehension is something you need to practice yourself.

    • @bluerizlagirl
      @bluerizlagirl 27 днів тому

      As long as there were at least two dogs of different sizes, and you lined them all up in order of size, there would definitely be a smallest dog and a largest dog. So logically, unless there are fewer than two dogs or all the dogs are exactly the same size, there must be at least one dog in the show that could be defined as "large".

  • @Myrslokstok
    @Myrslokstok 5 днів тому +1

    One dog might GROW during competition because that small dog either eat another dog!
    Or one dog was pregnant with a small dog, what do I know!?!
    I jusg hate this kind of ambigius math problem.
    Compete in what the dogshowe?!?

  • @kbreslin7289
    @kbreslin7289 Місяць тому +6

    43 small dogs and 7 large dogs. 1 of the small dogs is a spectator. 😂

  • @olagisrarikis
    @olagisrarikis Місяць тому +1

    The answer is: {36, 37, 38 .. 42} small dogs because there can be from 0-6 large dogs and 1-13 medium sized dogs... There is nowhere stated that all dogs must be either small or large....

  • @ARAKARABLUE
    @ARAKARABLUE Місяць тому +3

    May we have a picture of the 49 dogs ? Something is a little hinky.
    According westminster kennel club dog show rules. The smallest dog counts as #0 not #1. Or first dog.
    It is how the questiion originated.
    That dog show used to be for Blue Bloods only. Thus a decision was made on a particular entrant. The entrant was number zero

  • @relshi
    @relshi 5 днів тому +1

    One of them is a prairie dog

  • @8829patrickcox8829
    @8829patrickcox8829 12 днів тому +6

    0:24 my answer is 36 small dogs and 13 medium dogs

    • @dominickeijzer5844
      @dominickeijzer5844 10 днів тому +1

      Assuming this isn't bait, subtract 13 from 36 to get 23. In your solution there's only 23 more small dogs than large dogs, and 23≠36.

    • @8829patrickcox8829
      @8829patrickcox8829 9 днів тому

      @@dominickeijzer5844 ok

  • @RAG981
    @RAG981 Місяць тому

    7 year-olds do not normally study simultaneous equations. Teacher ought to know that, even if he does not know you can't have half of a dog.

  • @MagnusMoerkoereJohannesen
    @MagnusMoerkoereJohannesen Місяць тому +6

    7 large dogs, but one of them was a golden retriever who just didn't feel like ending his nap prematurely, so they never showed up to the competition.

    • @deadturret4049
      @deadturret4049 29 днів тому

      Then question specifies that its the number of dogs signed up, not the number that actually participated.

  • @catakuri6678
    @catakuri6678 15 днів тому +1

    The solution: 6 large dogs, 42 small dogs, and 1 dog that's half small, half large

  • @macfurry3214
    @macfurry3214 Місяць тому +5

    Ghost: What has two legs and bleeds?
    Also Ghost: half a dog

    • @jamespendon_official
      @jamespendon_official 20 днів тому

      I just read this comment upon reaching at 3:44 of the video 😂

  • @kiviuq3495
    @kiviuq3495 6 днів тому +1

    41 small dogs, 6 large dogs and 1 size fluid dog that can identify as anything it wants.

  • @hvnterblack
    @hvnterblack Місяць тому +4

    x a number of big dogs and there is 36 small dogs more (x+36). So total is 2x+36, even number. Only way to make odd number is add any odd number there, so medium dogs? Obwiously question is bad. There is lack of data or given data are wrong.

    • @Shorty_Lickens
      @Shorty_Lickens Місяць тому +1

      The question is wrong. And no, theres no such thing as medium dogs. You have small and large.

    • @hvnterblack
      @hvnterblack Місяць тому +1

      @@Shorty_Lickens I called it like that, but you know what I meant. Another competition class not mentioned in question (lack of data).

    • @ifrit1937
      @ifrit1937 Місяць тому

      There's only 36 small dogs. It outright States there's 36 more small dogs than large dogs and there's 49 dogs in total. The equation im math would be: L (large dogs) + 36 (small dogs) = 49 or if we throw medium dogs into the equation even if they aren't mentioned nor should even be considered if not mentioned in the question especially for a 2nd grade problem: L (large dogs) + M (medium dogs) + 36 (small dogs) = 49 (total number of dogs).
      The phrase states there are 36 more small dogs than large dogs so even if there are 0 large dogs there must only be 36 small dogs as if you add more small dogs you than change aspects of the question given. If you say 42 small dogs that would not match up with the idea that there are 36 more small dogs than large dogs presented in the question as that would make it 'there are 42 more small dogs than large dogs'...there can be other types of dogs like say medium sized dogs (only other size unless you want to say extra large/extra small I guess but I've never heard that terminology before for dog size) that could make up the remaining 13 dogs (49 dogs total, 36 have to be small so there's 13 large or medium dogs).
      If it was to ask how many large dogs there are than without adding medium dogs into the equation there's be 13, if we throw medium sized dogs in there too there'd be 14 different possible answers though from 0 large dogs to 13 medium dogs to 13 large dogs to 0 medium dogs.
      The ONLY way there can be more small dogs is if it was phrased as as either 'there are at LEAST 36 more small dogs than large dogs' or 'there's 36 OR more small dogs than large dogs' however it states there IS 36 more small dogs than large which gives us a number that CANNOT be changed without changing the question as I've shown above where if you say there's 42 small dogs that would change it to 42 MORE small dogs than large dogs which obviously is NOT = to '36 MORE small dogs than large dogs.'
      If anything this is a question that tests reading comprehension to see if you know what the question is actually asking without changing aspects of the original question.

  • @waynemarshall1476
    @waynemarshall1476 Місяць тому +1

    I treated this as more of a logic problem than a math problem. As the final tally was odd, and no way to get that with two categories in question, the answer is that there was at least one other category than small dogs and large dogs (for example, medium dogs).
    So, we know there are at least 36 small dogs, and no indication that there are any large dogs at all. But assuming there are potentially some large dogs, you could have as many as 6 large dogs, which would make 42 small dogs, and one "other".

  • @ckgoogl
    @ckgoogl Місяць тому +10

    The explanation is that the competition happened in Springfield, Ohio and a half of a dog was eaten by Haitian immigrants. Just ask THAT candidate. 🤣🤣🤣

  • @Abdullah-mon
    @Abdullah-mon 26 днів тому +1

    Everyone do say there can be medium dogs but the problem with that is that there are multiple answers, it is the best option since it is impossible, I was thinking the same also

  • @vreshti
    @vreshti Місяць тому +16

    Sooo 42.5 (i guessed 48.5 before because i can't do math)

  • @Asianboy-Productions
    @Asianboy-Productions День тому +1

    Answer is simple: If there was a total of 49 dogs that signed up to compete and 36 more of what x is we could do 49-36 to find the large dogs. that is 13 so if we add 36 small dogs to the total dog count, then that means that there were 36 small dogs. This solution checks.

    • @CD-vb9fi
      @CD-vb9fi День тому

      Sorry, you are not correct. Watch the video to find out why. The Word Problem does not have a solution because it demands something that is not possible.

    • @Asianboy-Productions
      @Asianboy-Productions 8 годин тому

      @@CD-vb9fi I already did

    • @Asianboy-Productions
      @Asianboy-Productions 8 годин тому

      Nvm, there is no solution because there is no amount of medium dogs.

    • @CD-vb9fi
      @CD-vb9fi 8 годин тому

      @@Asianboy-Productions well... it's too ambiguous. Under such an assumption that can be 0 large dogs too. But that would be blatant cheating.

  • @gkotsetube
    @gkotsetube Місяць тому +15

    "More small than large" in kid's language means "Smaller".
    The answer is 36 small dogs and the rest 13 were large dogs.

    • @Yaboi876
      @Yaboi876 Місяць тому +2

      Exactly, the total is 49. There are 36 more small dogs signed up than large dogs, so therefore there are 36 smaller dogs and 13 large dogs. And the people who are saying medium sized dogs, that's only theoretical and not proven.
      Edit: After watching the video a second time, the answer isn't 36, because the total is 49 and there are 36 MORE small dogs than large, so yeah, we would use l + 36 = s. And since the total is 49 we have to assume what l is to find s while equalling 49. And that number, shocker, is 42.5 which is s.

    • @stephenanderle5422
      @stephenanderle5422 Місяць тому +2

      Yes! It's easy. You don't even need math! Just common sense.

    • @ifrit1937
      @ifrit1937 Місяць тому +1

      @@Yaboi876 You were right the first time with 36.
      The question stating 'there are 36 more small dogs than large dogs' means that no matter how many large dogs there are there must be 36 small dogs as if you add anymore than it would change that statement on the number of small dogs to large dogs in the question.
      For example if you try what you did in you're edit and say there's 42.5 small dogs than that creates a contradiction with the question as there will be MORE than 36 small dogs with that question but the question stated there ARE 36 more small dogs than large dogs as by having 42.5 the original would have to now be rewritten as 'there are 42.5 more small dogs than there are large dogs' which is not the same as the original statement of 'there are 36 more small dogs than large dogs. So saying 42.5 small dogs is impossible as it changes the original statement.

    • @Yaboi876
      @Yaboi876 Місяць тому

      @ifrit1937 I get what you're saying, but it says "there are 36 MORE small dogs than large dogs." So the amount of small dogs is equal to 36 + the amount of large dogs.

    • @goodbyesilly
      @goodbyesilly Місяць тому +1

      No, there are 36 more small dogs than large dogs you’ve only got 23 more small dogs than large dogs.

  • @FloatingOer
    @FloatingOer 20 днів тому +1

    Sorry that was me, I brought a Pomeranian suffering from gigantism and the judges were very confused what group to put us in.

  • @manojsingh911
    @manojsingh911 Місяць тому +9

    Nowadays teacher making questions while they got drunk 😂

    • @Shorty_Lickens
      @Shorty_Lickens Місяць тому +2

      No it was obviously a typo.

    • @ricshumack9134
      @ricshumack9134 Місяць тому +2

      The teacher forgot to mention the microwave

  • @Nereus74
    @Nereus74 Місяць тому +2

    0:52 Why do we know there are two types of dogs? The question only refers to small and large dogs, but there could also be mid-sized dogs.
    OK, I'll admit that this possibility is probably not the case in a question for 7-year-olds.

  • @NJSins8shn
    @NJSins8shn Місяць тому +7

    0 dogs. The Springfield, Ohio residents ate them.

  • @wellthisisrandom.
    @wellthisisrandom. Місяць тому +1

    Solution: 37 small dogs. There is also 1 large dog, 3 medium-sized dogs, 2 medium-small sized dogs, 2 big dogs, 2 tiny dogs, and 2 medium-large sized dogs.

  • @Pafiya256
    @Pafiya256 Місяць тому +9

    I tried to do this, I tried algebra, other ways of algerbra I tried everything but anwser is still 42.5 😭 and then I watch the vifeo and I realised 😭😭😭

    • @chaosking313
      @chaosking313 Місяць тому +1

      Dude this is brainwash it's so simple

    • @chaosking313
      @chaosking313 Місяць тому

      It's not 42.5??????? It's obviously 85 they don't even understand the question

    • @slaw2468
      @slaw2468 Місяць тому +2

      85? What are you on about?

    • @schwazernebe
      @schwazernebe Місяць тому

      @@slaw2468 bro just added 49 and 36

    • @happymario3223
      @happymario3223 Місяць тому

      @@chaosking313 i would advise reading the question again and realizing that having 85 small dogs out of the 49 dogs probably wouldn’t make sense

  • @sivasankar3507
    @sivasankar3507 Місяць тому +1

    Total = 36+ 2*L (one L for no of large dogs) and one L needs to add to 36 because smalldogs=36+large dogs)
    49 = even number (but it is not possible)..

  • @luszczi
    @luszczi Місяць тому +5

    Are you running out of problems, Presh? This was uncharacteristically uninteresting.

  • @omegazxable1520
    @omegazxable1520 9 днів тому

    a teacher admitting they were wrong? pal i think you stumbled upon a tale from another dimension

  • @YTBRSosyalEmre
    @YTBRSosyalEmre Місяць тому +5

    Me finding the answer 134 🗿

  • @brevnobia1238
    @brevnobia1238 Місяць тому +1

    the low quality of recruitment and requirement today in France are going to made those kind of questions a lot more frequent

  • @daveporter9222
    @daveporter9222 Місяць тому +7

    There had to be one medium or other size dog to make the numbers work. ☮️🇺🇸

  • @ZenoDovahkiin
    @ZenoDovahkiin 17 днів тому +1

    Viral maths problems often enough actually have solutions, so people argue about them. As to how blatantly impossible questions gain traction instead of just being dismissed: Don't overestimate people's mathematical knowledge.
    This is your yearly reminder to reread the "every odd number has an E in it" Tumblr thread.

  • @spikey6617
    @spikey6617 Місяць тому +21

    36 small dogs

    • @taotoo2
      @taotoo2 Місяць тому +3

      @@Smeegheed1963 That's true as long as you ignore the concept of "more".

    • @Smeegheed1963
      @Smeegheed1963 Місяць тому +2

      @@taotoo2 I knew I'd missed something important🤭

    • @IAmAlgolei
      @IAmAlgolei Місяць тому +4

      36 small dogs, 0 large dogs, and 13 medium-sized dogs.

    • @FlashBIOS
      @FlashBIOS Місяць тому +1

      @spikey6617 In human terms I think you could be correct (or, perhaps, not questioned and forgiven) in thinking this way, but mathematicians are not human. They are rational beings with a precise language that they use explain great mysteries for the betterment of us all (so they assure me). In this case, in mathematician-speak, "more than" means the number of small dogs is _equal_ to the number of large dogs _plus_ 36. As the _difference between_ the number of small and large dogs must be 36, 36 cannot also be the answer.

    • @IAmAlgolei
      @IAmAlgolei Місяць тому +1

      @@FlashBIOS 36 _IS_ the difference between 0 and 36.

  • @silviocapobianco6553
    @silviocapobianco6553 Місяць тому +1

    Before watching the video: There is clearly a mistake in the text of the question. If the sum of two integer numbers is odd (for example, 49) then their difference must also be odd, so it cannot be 36.

    • @bluerizlagirl
      @bluerizlagirl 27 днів тому +1

      Exactly so; and it is shocking that anyone calling themself a teacher of mathematics would give such a problem to students without having a clear idea in their own head how to solve it using the techniques they have already taught their class.

  • @diegoarranz7812
    @diegoarranz7812 Місяць тому +5

    What if theres a medium sized dog?

  • @OrthodoxAtheist
    @OrthodoxAtheist Місяць тому

    Well done for tricking me into watching an almost 5 minute video for what could've been said in about 5 seconds - "the question is bad, as you suspected."

  • @stephenanderle5422
    @stephenanderle5422 Місяць тому +3

    How do you get s equal l plus thirty six? Not so. L should total dogs. L equals thirty six plus x. X equals thirteen!

    • @stephenanderle5422
      @stephenanderle5422 Місяць тому +1

      Thirty six small dogs!

    • @stephenanderle5422
      @stephenanderle5422 Місяць тому +1

      S plus L equals forty nine!

    • @patricklawless5644
      @patricklawless5644 Місяць тому +5

      The problem states that there are 36 more small dogs than large dogs. Not that there are 36 small dogs.
      36 more small dogs than large dogs is represented as s = l + 36

  • @dannymiskinis5585
    @dannymiskinis5585 День тому

    I thought that the answer would be "insufficient information to answer" as one cannot assume that only 2 possible sizes of dogs were counted.

  • @giga-ratsey1420
    @giga-ratsey1420 Місяць тому +1

    There are 6.5 dogs large dogs, and 42.5 small ones, one large dog and one small dog lack legs.

    • @tomdavies6443
      @tomdavies6443 Місяць тому +1

      You can't run on that, surely?
      Regards from a Tom :)

  • @vangildermichael1767
    @vangildermichael1767 Місяць тому +2

    My question is "why would a person give a (unsolvable) problem to a 7 year old kid".

    • @voidseeker4394
      @voidseeker4394 Місяць тому +4

      So they won't have high expectations from life.

    • @aderbalsoares1988
      @aderbalsoares1988 Місяць тому +1

      Cruelty. Sheer cruelty, to put it mildly.

    • @vangildermichael1767
      @vangildermichael1767 Місяць тому

      @@aderbalsoares1988 YUP. (Cruelty). It's Cruelty either to the little kid, or the half a dog.

    • @bluerizlagirl
      @bluerizlagirl 27 днів тому

      Either they did not know it was unsolvable as presented; or they knew, but did not care. Whichever one of these statements is true, they should not be teaching mathematics.