► HOW BIG IS A MOLE ? ► 3D
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- čas přidán 11. 08. 2022
- ► The mole (not the animal) is an SI unit that measures the amount of substance. One mole contains exactly 6.022 × 10^23 (602 214 076 000 000 000 000 000) elementary entities. This figure is the fixed numerical value of Avogadro's constant.
The concept of the mole is of vital importance in chemistry, since, among other things, it allows one to make a multitude of stoichiometric calculations.
► In this video we put into perspective a mole of different substances such as Iron, Oxygen or Carbon. But we also go a little further by representing other elements outside of chemistry to better understand the enormous number that is Avogadro's number.
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► The mole (not the animal) is an SI unit that measures the amount of substance. One mole contains exactly 6.022 × 10^23 (602 214 076 000 000 000 000 000) elementary entities. This figure is the fixed numerical value of Avogadro's constant.
The concept of the mole is of vital importance in chemistry, since, among other things, it allows one to make a multitude of stoichiometric calculations.
► In this video we put into perspective a mole of different substances such as Iron, Oxygen or Carbon. But we also go a little further by representing other elements outside of chemistry to better understand the enormous number that is Avogadro's number.
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► El mol es una unidad del SI que mide la cantidad de sustancia. Un mol contiene exactamente 6,022 × 10^23 (602 214 076 000 000 000 000) entidades elementales. Esta cifra es el valor numérico fijo de la constante de Avogadro.
El concepto de mol es de vital importancia en química, ya que, entre otras cosas, permite realizar multitud de cálculos estequiométricos.
► En este vídeo ponemos en perspectiva un mol de diferentes sustancias como el Hierro, el Oxígeno o el Carbono. Pero también vamos un poco más allá representando otros elementos ajenos a la química para entender mejor el enorme número que es el de Avogadro.
Furst hehe I’m so cool
I might have to use this in my science class...
I thought this was that fictional starship size comparison remastered video now....
and assumed that was the [Traveler] as your said-video's thumbnail.
Thanks 🙂 learning something and now I gonna go read about it...oh accidentally hit dislike but quickly changed to like so if that registered anywhere well sorry only just woke up and still a bit unco 👍
imagine 1 mole of air ( make it can see)
Would have loved to see how big a mole of moles (the animal) is.
Check out XKCD: What If "A Mole of Moles" very informative and humorous to boot :)
egg-size but fuzzy?
Beat me to it XD
LOL I JUST PUT THAT IN THE COMMENTS xD. Nice
@@resurgam_b7 lol I was about to comment this it’s wild
man, those sizes got ridiculous fast.
Bruh I wasn't ready for apple world.
@@owenkasaboski6902 i want fried chicken world. then just rocket me up there and leave me be.
@@jlt131 Chicken nugget world too 🤤
The ending with the soccer ball close up helped recontectualize what a mole is.
You guys definitely should have gone out to show 1 mole of Earths! I tried calculating it and it looks to be 5 magnitudes larger than the sun...
That isnt possible
ballpark estimate:
mole - 10E23
sun volume - 10E18
earth volume - 10E12
mole of earths -10E35
so about 100000000000000000x larger volume
so about 1000000x larger diameter than sun
OP is correct
@@saimon174666 what does OP mean ? Seriously
@@sinister3921 original person or poster
Or in video games it means Over Powered.
That giant blood ball honestly looks like an SCP
Can we use it to kill SCP-682?
Its like a mix of SCP-002 "The Living Room" and SCP-009 "Red Ice"
002 is that Human-Meat-Sphere which has a Living Room inside of it made out of Meat.
009 is that weird Red Ice that could spread everywhere if it would escape Containment
I think it's an Angel from Evangelion.
Jermas “peep the horror”
I love how everything gets massive in size after the atomic level, really just goes to show how small that sort of stuff is.
@@dvmas yeah
@@dvmas massive can me understood as "heavier", since mass is commonly mistaken with weight.
We may have to use this in science class.
Yes, of course
@@MetaBallStudios you videos are sooooooooo amazing bro but this one is 2× amazing I love how if you combine all soccer balls into a sphere it would would be bigger than earth's radius and the fact you zoomed closer to show us the huge amount of soccer balls I absoloutly love it the sphere itself looks like Jupiter's moon Ganymede plz don't stop keep making more amazing size comparison videos✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌✌👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
This is amazing. I'll probably use your video to explain the concept of moles to my students. Thank you so much!
I still dont get it. :/
@@chantelledavliz moles usually used in chemistry. Calculations are used with moles to not get extremely small numbers
@@chantelledavliz lol...ok, a mole is a unit of measurement that contains avogadro's number. avogadro's number, a mole, is 6.023x10^23 individual molecules of an element. avogadro organized periodic elements into moles to simplify the reality of how many particles are contained in a very small space. elements at the atomic level differ in protons, neutrons, and electrons, theoretically that is the only difference, which is why people believed an alchemist could turn lead into gold by adding 3 protons to the nucleus. in any case: the less density a substance has the more space it takes up...moles were probably NEVER mean't to be used on whole objects or compounds like in this video...there's no point in calculating a mole of rice, they're huge. moles of different elements have different mass because each element has a higher or lower number of particles in it's atomic orbit when compared to each other. carbon has 18 particles in it's atom (6 protons, 6 neutrons, 6 electrons), where as uranium has 276 (92 protons, 92 neutrons, 92 electrons). there are obviously way more particles in one mole of uranium molecules than in carbon, 15 times as many, therefore 1 mole of carbons has a mass of 12g and 1 mole of uraniums has a mass (measurement of how many particles) of 238g. the states of matter are dictated by how densely compact an element is and how well the atoms fit together. aluminum takes up more space than iron because iron atoms can be packed together more densely. pure oxygen is a gas at earthly temperatures and therefore does not condense very well until it is frozen, very very cold oxygen becomes a liquid and transcends it's gas form. liquids are much denser than gases and solids are much denser than liquids (on earth). I failed chemistry in college btw....
Great, I finaly understood what a mole is.
@@brolysadvocate how did you fail the chemistry, if not a secret?
My major is chemistry and biology...
I'm a chemistry teacher from Brazil and this video was very important to me. Certainly, I will show it to my students.
@UCPJl-GmHGsJ8L38BIKTCVhA 1 mol é uma quantidade. Assim como,
1 dúzia = 12
1 centena = 100
1 mol = 600.000.000.000.000.000.000.000.
Se eu pedir pra vc isolar 1 molécula de água, vc não iria conseguir, precisaria de equipamentos muito precisos. Mas se vc isolar 1 mol de água, vc separaria 18g de água e saberia que dentro daquele copinho teria 6x10^23 moléculas de água. Ou seja, um valor palpável.
Por isso que o professor fala tanto de mol no Ensino Medio 😁👍
Legal a explicação
@@vinicioslopes7544 obrigado! ✌
@@diegoalmeida7171 Muito interessante.
Same here! I teach science in Canada :)
I was waiting for 1 mole of moles... still awesome!
Same. That would have been a perfect end.
I see what you did there
@ grigor samsa what are moles
@@seldabitri2420:
You know these animals. Living in the ground, their eyes are tiny. They're feeding themselves on insects and worms. Since they're diggin tunnels in the soil, the moved material was pushed up to the surface. These mole hills are the easiest sign to recognise there must be (or have been) those tiny mammals around that area.
Probably would be the same size as the ball of apples.
that last transition was amazing
This video is way too short... I was just starting to enjoy it.
I was honestly kind of expecting for a mole of planets to shown where the screen would zoom out for a solid couple minutes and stop at an area 2 trillion times the size of the observable universe.
Awesome comparisons, though.
A mole of planets will still be smaller than a lightyear.
@@magicmulder no lol it will be bigger than the universe
@@Abrold I stand corrected, I found where I messed up the exponents. Thank you.
@@Abrold No, magicmulder is correct
If you do a mole of earths all squashed together with no gaps but also no material compression it is 1.08 trillion kilometres wide. 3600 times wider than the circle the earth makes as it orbits the sun.
I can't believe you missed grains of sand.
Still, great video as always.
Grains of sand don't have a definitive size
@@professorx3060 Apples neither!
@@hshenriquesaporito Yes, but the difference between grains of sand is an order of magnitude larger than the difference between the smallest and the biggest apple
At minimum, a mole of sand should be around 3.6132e+16 km.
@@BeanBoy-rs9xd That’s more than what rice was in the video
Can you do a video of size comparisons of various Micronations Including Kingdom of Latveria, Jack's Wee Wee Bush and The Sovereign Kebab Hospitaller Order of SaintLongboi of Ibx2cat Best and the Best kebab- Ibx2cat?
Wow, that went from "Hmmm, I could hold that in the palm of my hand." to "Woops, we dwarfed the planet." in record time!
El vídeo que todo profesor o profesora de química estaba necesitando! Gracias!!!!
You know what I really like about your video's? (Not the animations, eventough those are incredible!) The fact you find really creative ways to visualize these things. Especially with things that are hard to visualize like speed or stuff that has to do with sound or other invisible things. Also the amount of research and effort to get the correct data must be very challenging. Something you absolutely nail! Great job!
Pro mole of soccer is bigger than the earth
Guenther Steiner Your so right man
You’re definitely one of the best 3d animator CZcamsrs out there
When it comes to chemical elements is easy to know how big a mole is related to such an element because is directly linked to its atomic mass, as the 2 first examples show, carbon and iron, a mole of those elements weigh in grams the same as indicated their atomic masses In the periodic table. In other words, in 55.8 grams of Iron there are 602 214 076 000 000 000 000 000 atoms of such element.
Too short! A video like this should be way longer! =)
I agree with you. I wanna know how big is 1 mole of people.
What size disk drive would be needed to host a mole of MetaBallStudio videos?
@@jamesfunk7614 lolll
@@diegoalmeida7171 Or even a mole of observable universe!
Imagine this clip would get a mole likes. Wouldn't it be great?
The largest unsigned 64bit integer is 18,446,744,073,709,551,615 or 1.8446 x 10^19 which means there would be an integer overflow before we got anywhere near 1 mole of likes.
I'm not sure there's enough microbes on Earth for that.
Awesome video as always.
Metal ball studios channel is now about the biggest floating rice ball. Don’t forget the giant blood ball.
I've been waiting for the new video to be uploaded!
Por favor, haz un video mostrando como ejemplo a un persona con una longitud Plank. Sería genial ver en perspectiva, que tan grande es el universo cuántico.
@Gabriel Rodrigues Chances are you are not ready to comprehend such a concept, but neither through a simple explanation on a CZcams comment box.
Liked the end transition!
I like how calm the person is sitting next to
1. A giant blob of polio
2. A titanic ball of human red blood cells
If your soufflé recipe calls for a dozen eggs, then you know you need 12 eggs. If you are not allowed to count them you need to know how much each large-egg weighs, which is 50g in the USA. So you keep adding eggs to your bowl until you get a weight of 600g. If you want a mole of carbon atoms, you will find it hard to count them one-by-one. At 5,000 a second, starting at the Big-Bang, you still would not yet be done counting a mole. As with the egg example we weigh the carbon. As MetaBallStudios says, a mole of carbon weighs 12 g and a mole of oxygen weighs 16 g. To make CO2 you need 12 g of carbon, and 32 g of oxygen. That is stoichiometry.
Bruh that was such a short video. Interesting concept!!
Nice touch with the zoom in on the soccer ball mole/planet. 👍
If i could only watch one channel for the rest of my life, it would be an easy choice... MBS! I'd die a very happy and content person. Great Job MBS. MUCH RESPECT 🙏
One mole of Earths would have enough volume to create a sphere about 39 times the radius of the Sun.
That would take up even MORE space if you tried to pile them like soccer balls -- if I recall correctly, the tightest packing for spheres still leaves about 25 percent of the container empty. So increase the volume of my estimate by about 33 percent, in that case.
The Sun has about 100 times the Earth's radius, so a mole of Suns would occupy about a million times the volume of the Earth mole.
Radius of Earth -- about 6400 kilometers. Sphere volume -- (4/3) * pi * radius cubed.
not that good at math are you?
If 25% of the container is empty?
Why would multiply by 33%?
When you should just multiply by 25%?
Unless you somehow guesstimating that extra % because Earth is a perfect sphere or the like.
@@zaczane sleep away your high
who ever thought of the endwhen you zoom in is amazing
I love how you named the cola after the channel
My favorite part of this video is when MBS says “It’s molin’ time!” and that is the part of the video that deserves a BIG revenue worth a mole of gold!
Este video me encanta Álvaro! Ojalá lo hubiera tenido cuando enseñaba Matemáticas
Awesome animation!!
Sometimes I wonder how your computer don't crash when you zoom in with all the detail.
I cannot tell you how disappointed I am that you did not show a mole of moles.
Great job on the discretion!
I'd have liked to see how big one mole of copper is. One of zinc & one of lead would also have been interesting. You could do an entire video of mole sizes of the basic elements!
OMG THE MUSIC IS ABSOLUTE 🤘🔥🤘
I closed my eyes and had to watch again, totally late 90's+ Trance vibes! 😂
Went small first "very cool!"
Went HUGE..Aww yeah!!
Love the back and forth on this one. 🤘
The soccer ball planet looks fun!!! :D Nice work
*1mol Planck Particles:*
~13.106 exagrams
~19.466 picometers (Schwarzschild Radius)
...I would have kept going, but I don't know how you calculated the sphere sizes/densities.
Thank goodness this stopped early. Once it started zooming out and getting to "1 mole of rice" I started panicking. Haven't yet fully recovered from my Blue Cube trauma.
...why did you have to remind me of the Blue Cube video? 'O_o
Missed the opportunity to do a mole of moles :D
Excelentes animaciones. Awesome animations.
One mole was first defined as the amount of atoms in 12g of pure C12. That‘s why C12 has a whole number of 12 as molecular mass. The other masses are directly relatet to C12, but because of relativistic behavior of fusion processes, all other elements except C12 have rational numbers. Hope I got it right, some time passed from when I first learned about it.
Actually it was first defined as the number of atoms in 1g of H. But it was later found to be a bit less. So the switch to isotope 12 of C
Amazing video
1:35 time to make the mother of all omelettes.
I am somewhat disappointed you didn't do a mole of Moles.
This comment was made by the xkcd gang
One mole of plank length
A HOLY SIZE OF A HUMAN HAND
Great👀🧐😃🤩🥳
Thank you very much💙✨
Exactly the contextualization I was after. 👍
Now let the Soccerball planet and rice planet collide !! 🎇
Wow we left earth behind in a hurry. Love the soccer ball ⚽️ animation. Thanks.
*"Hey Siri, how big is a mole?"*
_"Most moles are less than 1/4 inch in diameter."_
Ya gotta specify the pressure when talking about the amount of gas. A mole of hydrogen could also fit into a 1cm cubed space.
STP
maybe he did it considering at 1 atm, to simplify
This is awesome
Огромное спасибо за труд !!!
Now that's alot of balls.
Excelente video
Ayer justamente estuve con mi Avogadro, que andamos en temas jurídicos. Qué casualidad.
Phenomenal!!
Fascinating.
I wish the `cm^3` units listed the cube root (the length of a given side).
Think a mole is big? Try a gopher.
A gopher is 7.97 x 10^48
me hiciste recordar ese examen crucial de quimica.
You should have added "1 mole of Planets Earth".
First I thought, that this video will be about the animal. XD
But it is great as your all videos.
A few suggestions to add on to the list: a mole of Earths, a mole of moles.
PERFEITO
"My name is Gracia Montoya, you have scaled my objects, now prepare to die" --The MetalBallStudiosBride
Interesting. 😊
Debes ser una persona tan creativa como inteligente por que no entiendo nada. Pero se agradece el video Maestro 👍👍😀😀🎥
Thank you.
Great!
I have been battling a mole infestation in my yard. I'm sure there isn't a mole of them but it sure seems like it.
Do a probability in perspective video next. 1 in 1 odds will be a sphere that is 1 m in diameter, 1 in 2 odds will be 50 cm, 1 in 3 will be 33 cm, 1 in 4 will be 25 cm, and so on.
My man simulated an entire planet of soccer balls for us.
This video really made a molehill out of a mountain.
In his book "What If?" (excellent and funny book, highly recommended, Randall Munroe is asked "What if you had a mole of Moles?" The results he proposes are pretty horrifying lol.... Great Video, I'm binging your channel right now.
good!
Next time, if you compare it to the smaller side, it will be a decent content.
That was so crazy 😧
Si 1 MB fuese un 1 cm3, ¿cuál sería el orden en perspectiva de las unidades de almacenamiento o los archivos más grandes?
I want to be a moleionare!
Good luck - you'd need the net worth of several planets. ;)
Noooo is 0:9
Non che io sono un attimo di venire in ufficio e ti voto il profilo con te io sono 00:08
the mole of the soccer balls would be so heavy it would crush the balls under it's own mass
And to think, I had my mole removed
You should have done "one mole of moles" and zoomed in on them like the soccer balls, all writhing around 🤣🤣🤣
And "one mole of mole chocolate sauce" 🤣
The Soccer Ball Mole Looks Like A Planet
The final is like a snowball with black specks
Fascinating 🤔
That s so awesome 10/10
czcams.com/video/zXGwrdMTUc0/video.html go check out my stuff
I'd pay almost anything to never be in the same place as a building sized ball of red blood cells
That escalated quickly!
I like your vids
adding a mole of Earths would be keeping with many of your other vids for jumping up in scale an absurd amount for the last entry.
not accounting for the mass collapsing into a very large black hole i think it comes out to 6.6 x 10^37 cubic kilometers. or a sphere with a radius of about 4.04 x 10^12 kilometers, or about 10 times the orbit of Neptune.
mass wise it's 3.6x10^48 KG which is 1.8x10^18 solar masses or ~36,000,000 times the theoretical upper limit of black holes
First time i got to know how big is a mole actually. 🙇♂️🙇♂️🙏