Dope Tech Episode 2

<<@luis.monteiro says : First time I get one of these right 😅 Just helped decorate enough kids parties to instinctively know the smaller one would push stronger than the big one.>> <<@romanberdichevskii5141 says : MORE PUBLIC VIDS>> <<@JayLivvay says : I feel so smart for already knowing this 😅🤓>> <<@BBYBOY99 says : If you’ve ever blown up a balloon.. this was pretty obvious>> <<@nayebhaider7578 says : Very cool hidden detail>> <<@BlurryLuck says : The rich taking from the poor>> <<@bosorot says : The rich will keep getting richer and suck out from the poor , until our government start a wealth tax. Sorry wrong topic.>> <<@xredskaterstar says : People acting like they never blew a balloon up>> <<@Epicsburg says : Wow I actually got this one>> <<@OffSurfaceAdventures says : I mean c'mon noone of those asked ever inflated a balloon? As you inflate them the material thins out and the pressure needed to finlate them decreases...>> <<@Xx_Sun_Wukong_xX says : I paused the video to think about it and the moment i thought about blowing in balloons i realised. We have the misconception that the pressure increases linearly with volume.>> <<@aquelaquelaquelaquel says : I knew that from the start!!!! the balloon membrane is stretched pass it's resistance peak (you can feel it when you blow air -- first is harder, then get's easier), while the small one isnt and it wants to keep its initial shape>> <<@rotten-Z says : Anyone who has ever blown up a balloon using their mouth knows the right answer.>> <<@markshiman5690 says : These showcases how low the IQ is of the avg person :/>> <<@RandomSubBrownDwarf says : Jokes on you I saw the VSauce vi- wait someones knocking on the door ima check>> <<@pahandulanga1039 says : I figured this out, when you first asked the question in the video, by thinking of Boyle's law, and I figured that since the bigger baloon had a larger volume, its pressure would be lower and the opposite would be true for the small balloon. And we know that fluids move from regions of high pressure to low pressure, so according to that info, the air from the smal balloon should go to the big balloon, making the big balloon bigger and small balloon smaller. Except..., my intuition said no way that was the right answer so I didn't trust analytical answer 😂>> <<@saucyballs702 says : That's capitalism for you.>> <<@obviouslyanonymous says : I immediately thought about how blowing up a balloon is way harder before the rubber starts stretching. Really weird to see it in action though>> <<@Commenter040 says : I don't think this is the only answer to this phenomenon, I can be explained using excess pressure>> <<@yaha4haya says : Lesson: always go against the crowd>> <<@TheIronDragon888 says : I learned people dont know about entrophy and shopt wild guesses instead>> <<@robinaelias says : The big fish will always eat the small fish.>> <<@asus3280 says : What if the same experiment were done within the vaccum space instead of atomspheric conditions. Comment me what will be results & reason.>> <<@ThatFunnyGuyXx says : I took this far too seriously…. 😅 I was thinking things like “maybe they are different sized balloons and the smaller one is actually at its max size, while the bigger one was made to grow far larger?” And “but are the balloons made of the same kind of material? Is one thicker? Thinner? More stretchy? Less stretchy?” 😅. I overthink far too much…>> <<@Arcadia_Mtn says : I get all these right.>> <<@alkemix says : I stopped halfway to say the elasticity of the smaller balloon is more rigid and will push harder (has more pressure). Anyone who has recently blown a balloon up knows that it gets incredibly easier to blow once the rubber starts getting transparent.>> <<@martfp88 says : I got it right! Well Sort of. We work with bitumen and polymers and there is this thing where the material molecules resettle after a force is being applied, meaning they do not remain "tense" anymore. And I literally told my friend well, if the material in the bigger balloon is not pushing anymore, got reorganized then maybe the higher pressure is on the other one.>> <<@sandhyaprabhu6996 says : For most of the science questions answer the opposite of what you think 😂😂 Why? Coz it's big bad science 😂>> <<@akshay.kumar.k says : All illusions of the eyes..>> <<@xpen2007 says : Sorry, but that was clear from the beginning. I suspect they just cut out the 80% of people who knew the answer.>> <<@shubhamkumar8505 says : Stiffness gets decreased>> <<@khanxadaumair2208 says : That was really counterintuitive>> <<@donutzzs says : its just boyles law>> <<@VladFound says : I kinda guessed it because there must've been some kind of trick if it's Veritasium and also because usually balloon is very difficult to start blowing up balloon and it's get easier.>> <<@Kori114 says : So... If you squeeze air out of the big one into the now deflated balloon, it will eventually be small enough to finish emptying on it's own?>> <<@hannahvasanthi630 says : I thought of this solution but then said "That can't be possible right?". Turns out my first instinct was correct.>> <<@Spinosaurus-87-s4b says : I knew it was a trick so I said big ballon will get bigger>> <<@subhamshrestha6598 says : Some how I knew the answer and reason shoutout to my teachers 🎉🎉🎉>> <<@DrLavleshYadav says : I was right this time😅😃>> <<@User-NB7PK95 says : Thankfully I thought right with correct logic.>> <<@2B7q7XS says : Are the materials of the baloon same, are they identical in type of the baloon, why did the pressure not equalize in both by balloons getting in same size>> <<@ahmedrazachuhdary says : This one, I knew it😂>> <<@silicitimmm says : Anyone who inflated a balloon would.know the initial blow,is harder and It gets relaxed once after a certain point. Proid of.myself (tapping my own shoulder proudly)>> <<@MrGunsboy says : Orange balloon is a bully>> <<@amanprajapati3436 says : It is obvious don't know why people guessed wrong>> <<@dylanunruh4942 says : I thought equalize right off the bat but I should have just thought of blowing up a balloon. There is clearly more force required to counter the force the balloon is pushing back at you when it's is smaller>> <<@Please_Pause says : Rich get richer poor get poorer everywhere 😭😭>> <<@etiennebernard9645 says : Cool experiment but such a bad explanation. You don't need to talk about the polymers being tangled or anything like this. Most elastic materials (e.g. a mesh of Hookean strings) would give the same phenomenon: at a certain point, the pressure needed to blow the ballon goes down because the surface grows faster with radius that the tensile strength of the material does. Note that there is a pressure peak at small volume which explain why the small ballon does not get entirely deflated.>> <<@Gane-rp7zh says : Equilibrium>> <<@berternesto4266 says : That it’s a question tells you what the answer is.>>