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Reminds me of the "why do all giraffes have a 25 pound heart" line. Stuff that doesn't dissolve in water is there because if it did, it would've dissolved away. Also a few glasses do dissolve in water and need special treatment and/or additives to stay waterproof. And most houses do degrade in water, just over decades, which is in part why constant maintenance is needed.
To be fair given that Hydrogen and Oxygen are the first and third most abundant elements in the universe both being significantly more prevalent than the 2nd and 4th most abundant elements Helium and Carbon respectively it is kind of hard to find an environment where water isn't present short of worlds where water was literally baked out of the rock into space. It isn't impossible for water to be largely absent but it requires special conditions to occur. ;)
It can also not dissolve stuff because they are kind of *too* polar to dissolve, like CaSO4 or other insoluble salts. Or just too long/branched of a polymer, like cotton, which is made of a bunch of sugars linked together and is very polar. It's full of hydroxyls. Honestly asphalt was close as an example but the others were off.
Thanks for the feedback - we debated on how much complexity to discuss here, which is always a delicate balance when you're trying to explain something complicated!
@@MinuteEarth I know it a delicate balance when presenting science topics to a broad audience. I probably would have elaborated just a bit more. Stating that only polar substances can dissolve in water is a necessary simplification, but I would've added that water should be able to break to attractive forces between molecules to dissolve them. If the forces are too strong (e.g. insoluble salts, or even plain metals like iron or gold) then water cannot break apart the bonds and the substance won't dissolve. By presenting it with this nuance you could've drawn it as a spectrum ranging from very non-polar to very polar (or strong intermolecular forces to weak intermolecular forces) and let a raincloud dissolve part of the spectrum or something. Nevertheless, this video is a very good introduction to the concept of solubility
"Too polar" like what, salts ? Some salts can dissolve in water and some can't. It has to do with water able to break apart the crystal structure of the salt atom by atom. If the crystal structure is strongly packed, water can't dissolve it. Calcium salts like chloride and nitrate *can* dissolve in water. Similarly sulphate salts like Sodium, potassium, aluminium-sulphate *can* also dissolve in water. It's just that Calcium Sulphate makes a highly stable crystal structure that water is unable to pull it apart, despite of water's ability to dissolve sulphate and calcium individually. (Note that insoluble salts are not 100% insoluble, water *is* able to dissolve very little bit of it tho)
@@MrMctastics Better than glass not dissolving because it's not polar. It wouldn't take long to note some substances are made of big molecules that can't be pulled apart. This has been too oversimplified in trying to reduce solubility to one overarching mechanic.
Glass is arguably more "charged" than sugar so that's a quite inaccurate example. We use glass because the Si-O bonds and glass-structure is just so super duper strong/stabile that it just doesn't pay being dissolved
It's also a dense, amorphous material which makes it quite a bit harder to dissolve as you don't need those ordered crystal structures for parts to stick together.
im pretty sure you forgot geometry my man, SiO² disposition is tetrahedric, with Oxygen around the Silicon making the final eletronegative charge of the molecule zero Molecules can dissolve things without reacting, those are catallists, and glass/quartz are absolutely not catallists
@@guifdcanalli there are techniques such as capillary electrophoresis that depends on the fact that the surface on quartz is slightly charged. Like not even just a dipole moment but ACTUALLY charged. Glass can absolutely act as a catalyst but I'm not sure why you even bring this up. We are taking about things being reagents not catalysts. And another question for you: if you hypothetically have orthosilicic acid completely protonated would you then day that's not charged because it's tetrahedral? I think you really confuse charge and dipole moment.
We literally learned about this today in AP Chem (not specifically water but dissolving and polarity - and water was brought up because it is the universal solvent)
And gasoline is an effective nonpolar solvent, just be careful with using fuel for a cleaning product, especially for anything more than a couple paintbrushes with some other nonpolar compound on them. (Like clear coat)
I always wondered how we got lucky with needing water, that is available plenty. Then it clicked me that water was not made for us, WE were made around using water.
@@Yadobler it’s the same with visible light. It’s not a coincidence that the sun primarily produces the narrow spectrum of ‘visible’ light. We evolved to be able to see and tolerate the narrow spectrum of light that the sun emits. What is visible is just the spectrum that the sun of an evolving planet emits.
We actually didn't evolve to see all sunlight, and I don't think any animal did. The sun actually emits radio waves and X-rays, and everything in between. Not all of these are useful for animals. Ultraviolet and X-rays can blur vision, damage eyes and cause cancer. And radio waves hardly help animals see anything, since they mostly just go through things. And infrared vision may not be necessary when an animal can detect temperature instead. Also, an animal can use a different organ to detect infrared.
@@AogNubJoshh Well, that, and the atmosphere and some basic aspects of physics dictate the way you interact with certain frequencies. For example, 5500-7500 nm won't go through the atmosphere at all because of water in the atmosphere absorbing it. Not much use to see a frequency range that never reaches the ground. Plus, blackbodies emit in this range at normal Earth temperatures. Which would likely mean water in the air would glow in this frequency range, further obstructing any benefit of infrared heat-based visibility and limiting you to a simplistic "is it bluer than the air or not?" approach that would only work well at short ranges anyway because everything is obfuscated by air. Hard UV both won't go tharough the atmosphere and will irradiate and damage your retina, or anything else it touches, which is why your eyes are actually opaque to hard UV light below 350 nm. Even the much safer UV-A or even just violet visible light is very harmful to organisms without the luxury of an opaque barrier, which is why UV is used to sterilize things. Near infrared light has energies that are less and less capable of triggering a pigment-based detection system and operate at lower and lower resolution the further out you go. I'm not entirely sure you'd want to see in this frequency range.
1:55 "I ❤ Minute Earth" Love that you wrote that for yourselves Self-love is important nowadays. As Maya Angelou once said, "If you are always trying to be normal, you will never know how amazing you can be"
Looking at some of the wilder exoplanets with hydrocarbon rain, it makes you wonder if any aliens have seen Earth's surface drenched in this powerful solvent from afar and ruled out the possibility of life in this sort of environment.
Would be like discovering a planet that rains hydrochloric acid and thinking life couldn’t exist there only to realize that life there found ways to survive, sort of like the lining of your stomach which would digest itself otherwise.
Wait a Minute(Earth)! At 1:13 with the orange juice and blood... Is that Tatsu from Way of the Househusband? And later on at 2:06 was that Bubbles from PowerPuff Girls? I love these references!
I am SO HAPPY that you recognized Tatsu! I was actually wondering if anyone would even catch it! Thank you so much for mentioning that, you made my day :) - Lizah (the illustrator of the video)
Nothing is softer or more flexible than water, yet nothing can resist it. When life places stones in your path, be the water. A persistent drop of water will wear away even the hardest stone
Not really, a persistent drop of water will do nothing by itself, it will need the help of millions other persistent drops over a looong time to wear away stone. Water will find a way around, though.
So glad content like this exist now. When i was back in elementary school asking questions like this, i only had the teacher to answer my question with the knowledge they had. Now i can quickly get multiple answer with explanations that allow me to dive deeper into the science on my own if i wish
I had an interesting hypothesis, what if fluorine was abundant in a planet instead of oxygen, then we would have a planet having rocks made out of fluorine, like silicon-fluoride rocks, iron-fluoride, and an entire ocean made of concentrated hydrofluoric acid!, hydrofluoric rain..., and if life evolves on the planet it would end up being resistant to hydrofluoric acid, it's blood and cells contain hydrofluoric acid, bones made of calcium-fluoride, the atmosphere contains free fluorine gas!, the life breathes out carbon-fluoride!, a shocking idea considering that that's how aliens who regard water and oxygen as a poison would see Earth!.
It's possible, but I don't think you'll ever find anything like that. A system based on anything other than water is unstable. If there is water the cells would substitute water for whatever it's using. And it's hard to see how any natural world would be so completely devoid of water.
I don’t think that’s is inconceivable, but oceans of hydrofluoric acid could dissolve the rocks. Another problem of this is that fluorine is known for being highly combustible and toxic, so much so that it sometimes is stored in a compound with xenon instead of being on its own. Humans would have to evolve to be fireproof lmao
Me, a chemical engineering student that knows full well the solvating properties of water: "Hmm, this looks like an interesting video" I loved the art in this, but it perhaps would have been more accurate to describe solubility not as binary charged vs uncharged, but as "similar levels of charge leads to dissolution because the entropy gained is enough to overcome the positive change in internal energy, in technical terms the Gibbs Free Energy of the mixture is lower than the parts" To be fair, I'm not sure how you word that for a popular science audience.
Aaah yes, glass, a completely nonpolar compound with no ions in it whatsoever. And clothing like cotton, made of glucose subunits that totally lose their polarity when polymerized. Yes, this explanation isn't full of holes AT ALL.
@lilyblossom-qb7dcAcid rain has a pH of 4. This is the -log of 0.0001M, which represents the concentration of acid in the water. The concentration of water molecules in water is 55.56M, much larger value. It is mostly water, not acid.
I think Teardrop is actually a raindrop, because they said the rain on the window was her in the real world. But I don't think Teardrop will show up in massive amounts, so you don't have to worry about drinking Teardrop.
I have a theory that these walls that’s stop water from dissolving our cells probably needed to evolve very early in life’s history if not in the first organism ever. Modeling how these walls could be produced through naturally occurring mechanisms would be really interesting topic. As well as studying microbes we believe are possibly “older” and haven’t evolved in a while, meaning the cell wall traits in the original organism might still be around in said older microbes, although unlikely.
I love this video, great drawings, awesome information. The is a part in minute 2:15 that you use an obsolete model for evolution, the branched one looks more complicated but is more accurate, i saw before some creationists make fun of this image :/
I thought things like Acetone were universal solvents, since they can actually dissolve unlike things, polar and organic. Water can't dissolve oils, it can only dissolve polar molecules.
Thanks for your support! Our love for you really can't be dissolved away. And if you want to become our Patreon or member on TH-cam, visiting www.patreon.com/MinuteEarth or clicking "JOIN" is the only solution. Thanks!
and
cool
Reminds me of the "why do all giraffes have a 25 pound heart" line.
Stuff that doesn't dissolve in water is there because if it did, it would've dissolved away.
Also a few glasses do dissolve in water and need special treatment and/or additives to stay waterproof.
And most houses do degrade in water, just over decades, which is in part why constant maintenance is needed.
Hangon on... The stick figure at around 1:10, that's Tatsu from Gokushufudo isn't it! That's scraggly hair, the sunglasses and the apron...
you have kids? x_x
I loved the art in this. I was laughing at the angry water, all mad because it can't disolve pavement
WHY CAN’T I DISSOLVE THIS STUPID ROADDD
Yet
@@grantflippin7808 same watching the water face cracked me up!
COME ON STUPID WINDOW JUST LET ME DISSOLVE YOUU
1:17 the water tryna dissolve his pants huh???
Imagine if aliens with a completely different biology found earth and were freaked out at how casually we treat such a powerful solvent
To be fair given that Hydrogen and Oxygen are the first and third most abundant elements in the universe both being significantly more prevalent than the 2nd and 4th most abundant elements Helium and Carbon respectively it is kind of hard to find an environment where water isn't present short of worlds where water was literally baked out of the rock into space. It isn't impossible for water to be largely absent but it requires special conditions to occur. ;)
We would be very lucky if aliens couldn’t handle water.
@@NoName-ms8jb “SIR PREPARE THE NUKES”
No need get me those water balloons
And then we are confused on aliens keeping Uranium and Mercury on their bodies like it’s lotion
They be lasering us but we got the water balloons and the coronavirus and the phosphene gas and the nukes to deal with them
It can also not dissolve stuff because they are kind of *too* polar to dissolve, like CaSO4 or other insoluble salts. Or just too long/branched of a polymer, like cotton, which is made of a bunch of sugars linked together and is very polar. It's full of hydroxyls. Honestly asphalt was close as an example but the others were off.
Thanks for the feedback - we debated on how much complexity to discuss here, which is always a delicate balance when you're trying to explain something complicated!
@@MinuteEarth I think reducing it to 'polar stuff dissolves' is setting people up for misinformation.
@@MinuteEarth I know it a delicate balance when presenting science topics to a broad audience.
I probably would have elaborated just a bit more. Stating that only polar substances can dissolve in water is a necessary simplification, but I would've added that water should be able to break to attractive forces between molecules to dissolve them. If the forces are too strong (e.g. insoluble salts, or even plain metals like iron or gold) then water cannot break apart the bonds and the substance won't dissolve.
By presenting it with this nuance you could've drawn it as a spectrum ranging from very non-polar to very polar (or strong intermolecular forces to weak intermolecular forces) and let a raincloud dissolve part of the spectrum or something.
Nevertheless, this video is a very good introduction to the concept of solubility
"Too polar" like what, salts ?
Some salts can dissolve in water and some can't. It has to do with water able to break apart the crystal structure of the salt atom by atom. If the crystal structure is strongly packed, water can't dissolve it. Calcium salts like chloride and nitrate *can* dissolve in water. Similarly sulphate salts like Sodium, potassium, aluminium-sulphate *can* also dissolve in water.
It's just that Calcium Sulphate makes a highly stable crystal structure that water is unable to pull it apart, despite of water's ability to dissolve sulphate and calcium individually.
(Note that insoluble salts are not 100% insoluble, water *is* able to dissolve very little bit of it tho)
@@MrMctastics Better than glass not dissolving because it's not polar. It wouldn't take long to note some substances are made of big molecules that can't be pulled apart. This has been too oversimplified in trying to reduce solubility to one overarching mechanic.
I love how Teardrop from BFDI is in the thumbnail lol
it’s not but it looks similar
Glass is arguably more "charged" than sugar so that's a quite inaccurate example. We use glass because the Si-O bonds and glass-structure is just so super duper strong/stabile that it just doesn't pay being dissolved
Dont think they mentioned that
It's also a dense, amorphous material which makes it quite a bit harder to dissolve as you don't need those ordered crystal structures for parts to stick together.
Mostly anything with a strong bonds forming nets and meshes wont dissolve
im pretty sure you forgot geometry my man, SiO² disposition is tetrahedric, with Oxygen around the Silicon making the final eletronegative charge of the molecule zero
Molecules can dissolve things without reacting, those are catallists, and glass/quartz are absolutely not catallists
@@guifdcanalli there are techniques such as capillary electrophoresis that depends on the fact that the surface on quartz is slightly charged. Like not even just a dipole moment but ACTUALLY charged.
Glass can absolutely act as a catalyst but I'm not sure why you even bring this up. We are taking about things being reagents not catalysts. And another question for you: if you hypothetically have orthosilicic acid completely protonated would you then day that's not charged because it's tetrahedral? I think you really confuse charge and dipole moment.
teardrop, what are you doing in a minute earth video
Bfdi reference
BFDI BFB BFDIA
B f d i
family reunion that’s why
"..."
We literally learned about this today in AP Chem (not specifically water but dissolving and polarity - and water was brought up because it is the universal solvent)
i literally just learned i pee out a universal solvent.
And gasoline is an effective nonpolar solvent, just be careful with using fuel for a cleaning product, especially for anything more than a couple paintbrushes with some other nonpolar compound on them. (Like clear coat)
Finally a comment that does not say they learned more on a video than school but rather correlates both.
That black hair dude is a murderer. 1:14
0:39 Teardrop has gained a new water laser ability!
Not my cheese cake non my cheese caaaaake
@@SKIBIDITOILETISHAMAK*tpot intro*
@@frejasflowerrs kocur om delisioso why it is still chesecake here
when you bake a cake
bfdi
thumbnail summoned a whole fandom
Yup
terdrop
@@elchuchooofin3807deartrop
BFDI
@@SKIBIDITOILETISHAMAKoh my god oh hell naw man wtf man
TEARDROP WHAT DID YOU DO
WAIT IM NOT THE ONLY ONE THAT TEARDROP?
@@alhello_game_of_everything NOPE
Me too
why do i keep on seeing beefy die references i want to eat acid
*the osc always comes back*
Bro just summoned the whole OSC
Teardrop murders everything
TD FORM BFB
Beat me to it.
@@OmerKing916 no?
@@KrisnaWilly-es8nrWhy?
Yes she does.
I was pretty sure the whole reason most (if not all) life needs water to survive is _because_ it is the universal solvent.
I always wondered how we got lucky with needing water, that is available plenty. Then it clicked me that water was not made for us, WE were made around using water.
@@Yadobler it’s the same with visible light. It’s not a coincidence that the sun primarily produces the narrow spectrum of ‘visible’ light. We evolved to be able to see and tolerate the narrow spectrum of light that the sun emits. What is visible is just the spectrum that the sun of an evolving planet emits.
We actually didn't evolve to see all sunlight, and I don't think any animal did. The sun actually emits radio waves and X-rays, and everything in between.
Not all of these are useful for animals. Ultraviolet and X-rays can blur vision, damage eyes and cause cancer. And radio waves hardly help animals see anything, since they mostly just go through things. And infrared vision may not be necessary when an animal can detect temperature instead. Also, an animal can use a different organ to detect infrared.
@@AogNubJoshh Well, that, and the atmosphere and some basic aspects of physics dictate the way you interact with certain frequencies.
For example, 5500-7500 nm won't go through the atmosphere at all because of water in the atmosphere absorbing it. Not much use to see a frequency range that never reaches the ground. Plus, blackbodies emit in this range at normal Earth temperatures. Which would likely mean water in the air would glow in this frequency range, further obstructing any benefit of infrared heat-based visibility and limiting you to a simplistic "is it bluer than the air or not?" approach that would only work well at short ranges anyway because everything is obfuscated by air.
Hard UV both won't go tharough the atmosphere and will irradiate and damage your retina, or anything else it touches, which is why your eyes are actually opaque to hard UV light below 350 nm. Even the much safer UV-A or even just violet visible light is very harmful to organisms without the luxury of an opaque barrier, which is why UV is used to sterilize things.
Near infrared light has energies that are less and less capable of triggering a pigment-based detection system and operate at lower and lower resolution the further out you go. I'm not entirely sure you'd want to see in this frequency range.
@@Yadobler well God created water before creating man
So that’s why teardrop’s so powerful
1:55 "I ❤ Minute Earth" Love that you wrote that for yourselves
Self-love is important nowadays. As Maya Angelou once said, "If you are always trying to be normal, you will never know how amazing you can be"
Then when it got washed away, I was like "nooooo!"
But what if they neither loved or hated them selfs?
“Teardrop noooo! that was the Mona Lisa!”
Teardrop is plotting to make her own
*was*
Hey guys for a prank get teardrop to dissolve the Mona lisa.
@@Ghosty-on-vr*this program, was brought to you, by blocky’s funny doings, international*
YES BFDI COMMENTS
whoa teardrop but MinuteEarth style
Teardrop from BFB would never do this. Shaking and crying rn
Hi
Hi
Hi
hi
Hi
I legit didn't knew BFDI Teardrop was that powerful, she must've consumed a lot of spinach.
Is that... Teardrop? AND WHY ARE THEY TAKING OVER A WHOLE VIDEO? 0:17 is my explanation.
Teardrop from BFDI real??
what is she doing here
Nope. he doesnt have a circle in their hands
@@The-yz5rnHE???
@@The-yz5rn it’s teardrop’s sister, waterdrop.
Looking at some of the wilder exoplanets with hydrocarbon rain, it makes you wonder if any aliens have seen Earth's surface drenched in this powerful solvent from afar and ruled out the possibility of life in this sort of environment.
"Dont be silly, life can not exist on a world covered by the universal solvent. "
"Tell that to the thing having a bath. "
"Lol planet made out of acid"
Alien from that one movie: “lets go to this planet that rains acid without clothes”
Would be like discovering a planet that rains hydrochloric acid and thinking life couldn’t exist there only to realize that life there found ways to survive, sort of like the lining of your stomach which would digest itself otherwise.
I can’t believe Teardrop dissolved the Mona Lisa
how could she
Just why?
honestly that sounds like Something she would do
And now for today's challenge... You must annhilate the Mona Lisa!
tbh td would actually do that
YOOOOO THEY SHOWED TEARDROP FRO, BFDI-
Edit: HOLY **** IVE NEVER GOTTEN THIS MUCH LIKES
Holy shid is that teardrop?
Wait a Minute(Earth)!
At 1:13 with the orange juice and blood...
Is that Tatsu from Way of the Househusband?
And later on at 2:06 was that Bubbles from PowerPuff Girls?
I love these references!
I was wondering the same!!
I am SO HAPPY that you recognized Tatsu! I was actually wondering if anyone would even catch it! Thank you so much for mentioning that, you made my day :) - Lizah (the illustrator of the video)
@@lizahvdaart the hair, the glasses, the apron and the blood, it couldn't be anyone else but the best househusband!
@@lizahvdaart got it too :)
YES IT IS!!
A rare teardrop has appeared
1:20 TEARDROP FAMILY REUINION
Exactly
Ye
Yeah
YOU FOOL! WITH YOUR THUMBNAIL YOU HAVE SUMMONED THE ENTIRE OSC!
true
it takes literally a single refrence to bfdi and everyone comes running
@@lampzs-bestie yez fr LOLZ!!!1! xD
I CLICK ED ON THE VID JUST BC I THOUGHT IT WAS TEARDROP 😭😭
yeah i know she was so surprised
Evil BFDI teardrop
This is where teardrop went after being eliminated
teardrop from tpot
You have summoned the OSC
0:25 teardrop from bfdi looks different
Yes
@@plasmapulsefinal134 BAHA
@@plasmapulsefinal134Teardrop jr. Exists
Td is Mad cus He alone
Fr
Angry teardrop
0:37 teardrop
Fr
how td get’s her food
I was literally just learning about this today in my chemistry class. What a coincidence!
She is your chemistry teacher bro
There are no coincidences.
OMG, is teardrop
So that's why Teardrop is so agressive
TEARDROP NO
Nothing is softer or more flexible than water, yet nothing can resist it. When life places stones in your path, be the water. A persistent drop of water will wear away even the hardest stone
Hi glorious leader
Even diamond?
Not really, a persistent drop of water will do nothing by itself, it will need the help of millions other persistent drops over a looong time to wear away stone. Water will find a way around, though.
So glad content like this exist now. When i was back in elementary school asking questions like this, i only had the teacher to answer my question with the knowledge they had. Now i can quickly get multiple answer with explanations that allow me to dive deeper into the science on my own if i wish
That looks like teardrop from BFDI.
I AGREE
And it also doesn't talk
EXACTLY
Yes
@@sweeterstuffEXACTLY, IT *IS* TEARDROP-
Teardrop out of bfdi
She went to the real world in tpot 5
A fellow object show fan
@@Mr._funny2006 lol
Teardrop but if she was evil
Teardrop: *gets sent to the real world*
MinuteEarth: “hey, could I use you for a video real quick?”
Teardrop: 👍
I had an interesting hypothesis, what if fluorine was abundant in a planet instead of oxygen, then we would have a planet having rocks made out of fluorine, like silicon-fluoride rocks, iron-fluoride, and an entire ocean made of concentrated hydrofluoric acid!, hydrofluoric rain..., and if life evolves on the planet it would end up being resistant to hydrofluoric acid, it's blood and cells contain hydrofluoric acid, bones made of calcium-fluoride, the atmosphere contains free fluorine gas!, the life breathes out carbon-fluoride!, a shocking idea considering that that's how aliens who regard water and oxygen as a poison would see Earth!.
It's possible, but I don't think you'll ever find anything like that. A system based on anything other than water is unstable. If there is water the cells would substitute water for whatever it's using. And it's hard to see how any natural world would be so completely devoid of water.
Nerd
@@sadedx Juvenile insult of an uncurious mind.
I don’t think that’s is inconceivable, but oceans of hydrofluoric acid could dissolve the rocks. Another problem of this is that fluorine is known for being highly combustible and toxic, so much so that it sometimes is stored in a compound with xenon instead of being on its own. Humans would have to evolve to be fireproof lmao
@@smurfyday mate im 28
0:17 Teardrop from the hit show bfdi
FR
I know right? 😂
Fr
wait….. HOW DID TEARDROP GET HERE?
Fr
I think this might be the first video you've made (at least in a long time) without any Pokemon hidden in it :O
This video has literally summoned the entire OSC
The maniacal water droplet is my new favorite thing. Ever.
you mean teardrop from bfdi?
@@circly_01that’s what i’ve been thinking
TEARDROP FROM BFDI IS IN THE THUBMNIAL?? (the misspelling is intentional)
i can't believe it!!! teardrop is in this video!!!
Me, a chemical engineering student that knows full well the solvating properties of water:
"Hmm, this looks like an interesting video"
I loved the art in this, but it perhaps would have been more accurate to describe solubility not as binary charged vs uncharged, but as "similar levels of charge leads to dissolution because the entropy gained is enough to overcome the positive change in internal energy, in technical terms the Gibbs Free Energy of the mixture is lower than the parts" To be fair, I'm not sure how you word that for a popular science audience.
I had a similar experience as you did, only from the nuclear engineering end of it. Water is just as important to me as it is to you.
As a BFDI Fan, I can confirm that the thumbnail made me watch this.
Same here
I can say the same,
Same here
Silly teardrop 💧
ME TOOOOOOOoooooo-.. *tpot intro starts*
That teardrop form bfdi
0:17 teardrop!!!!!!!!!!!
BFDI reference
ngl really appreciate the The Way of the Househusband easter egg xD
bro summoned the bfdi community I LOVE TEARDROPP
I love today's animations! Mostly because of the _evil water drop_ 😄
the big rain drop dissovling the city... in theory it can in higher concentrations
teardrop from bfdi
@@skateboardlover89 i knew there would be atleast one comment of this
@@melopinne same
@@melopinne set the comments to show the newest ones and there will be tons of teardrop-related comments there
Teardrop, what are you doing here?
(if you get the reference ilysm)
bfdi mentioned...
I was just about to say that 💀
Teardrop in MinuteEarth? Well BFDI is getting popular.
look that is teardrop in the thumbnail
BFDI Teardrop vibes
Lol
0:16 *You Have Alerted Ðe BFDI Community*
Good video
Also looks like teardrop from bfdi got a new joob
Is that teardrop
The expressions on the water droplets was so hilarious!
TEARDROP FROM BFDI‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️
Aaah yes, glass, a completely nonpolar compound with no ions in it whatsoever. And clothing like cotton, made of glucose subunits that totally lose their polarity when polymerized. Yes, this explanation isn't full of holes AT ALL.
Dang teardrop is gaining power as we speak, soon SHE will speak
1:28 Acid rain: Hello
Does it happen often?
@lilyblossom-qb7dcAcid rain has a pH of 4. This is the -log of 0.0001M, which represents the concentration of acid in the water. The concentration of water molecules in water is 55.56M, much larger value. It is mostly water, not acid.
I love how the recent comments are all about teardrop bfdi
I think Teardrop is actually a raindrop, because they said the rain on the window was her in the real world. But I don't think Teardrop will show up in massive amounts, so you don't have to worry about drinking Teardrop.
Are you a BEEFYDIE/BFDI fan
@@SunnyOfficial5287 I will admit that I watch Jacket Jail Fries.
@@name6953Jubilant Joking Flies?
@@Corgimations Jumbled Junk Fish?
this reply section is hilarious af
Teardrop from bfdi
True lol
yup
I thought this was gonna be a Bfdi fan episode but this was good
The art of the water droplets face is cute and I liked how mad it was for not dissolving everything that has no charged parts
Bro summoned the entire BFDI fandom 💀
*“ITS TEARDROP FROM BFDI”* 💀💀
Me, a BFDI fan:
sthu
Now i know why the water in this vid didnt speak💀💀💀
@@Axol_doesdumbstufWAIT-
Teardrop be like:
LOL
osc fans raiding this comment and video because it has a reference
OMG IT'S TEARDROP FROM BFB
DREARTOP
Bro summoned the whole OSC with a 1 video
teardrop.
imagine an alien civilization, made of sugar, and they shoot water guns at us, thinking we will melt.
😂😂😂😂
We just simply use umbrella and a water hose
2:37 just the perfect definition of A.T. Field.
1:12 how did you get blood on you clothes 😳😳😳
Periods, Injuries, Tending to wounds, there are many non violent ways of getting blood on ur clothes tho got to admit that was my first thought to lol
@@dranimsay1963 slaughter houses
Accidents
Questions that remain unanswered.
I have a theory that these walls that’s stop water from dissolving our cells probably needed to evolve very early in life’s history if not in the first organism ever. Modeling how these walls could be produced through naturally occurring mechanisms would be really interesting topic. As well as studying microbes we believe are possibly “older” and haven’t evolved in a while, meaning the cell wall traits in the original organism might still be around in said older microbes, although unlikely.
TEARDROP BFDI!?!?!?!
bro really had to put teardrop in this video.
Is that TEARDROP!?
😱
@@nnoxie.a Teardrop is the best
I love this video, great drawings, awesome information.
The is a part in minute 2:15 that you use an obsolete model for evolution, the branched one looks more complicated but is more accurate, i saw before some creationists make fun of this image :/
0:17 when I saw the water drop I instantly thought of teardrop from bfb-
Saw the thumbnail and thought of TD
@@galixypawerpack I only focused on the text of the video
Love the evil water here, could you do a collab with Liquid Death? Lol
0:17 omg it's teardrop from bfdi!!11!11!
So we should all remember to treat water with respect!
Not my cheese cake non my cheese caaaaake
Teardrop never needed the zappy.
Teardrop has become op
teardrop after she realized she had radioactive powers after tpot 2: (the part where she shot marker)
2:42 that got dark quickly
real
I thought things like Acetone were universal solvents, since they can actually dissolve unlike things, polar and organic. Water can't dissolve oils, it can only dissolve polar molecules.
I’m not the only one from the osc community right? I like teardrop being in this!
0:04 - Instead of the Mona Lisa, you should have used that one cartoon shoe.
Bee swarm