Have You Ever Seen an Atom? Brownian Motion Captured in Real Life With Lycopodium Powder
ฝัง
- เผยแพร่เมื่อ 22 พ.ค. 2024
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In this video I show you how to use Lycopodium powder to "see" atoms and molecules. I show you what happens when you apply heat to very small particles to make a flammable powder. then I show you what happens when you take the air away from hydrophobic substances. Then finally I show you show to see Brownian motion using Lycopodium powder and then just using regular milk and water! Watch this amazing proof of the atomic theory.
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DISCLAIMER: Any experiment you try is at your own risk - บันเทิง
_This man grew up to prove his teachers wrong._
*can't be more right*
bro 😂😂😂😂
Yup, lol
XD
Loool
We're a bunch of atoms watching a bunch of atoms on a bunch of atoms.
👌
Using a bunch of atoms
Beautiful views and vlogs trippy
This says a lot about society, yet we live in one
That's deep lad
Scientist: You can't see an atom with naked eyes.
Me: Who can see billions of atoms at the same time.
use a ,
ur technically seeing photons.
maybe a bit more than a quintillion or something
you have no idea how tiny these things are
You mean like one septillion atoms
@@ljushastighet like the number his mom weighs in tons
I’m almost 50 and today I learned about Brownian motion for the first time. Practically floored watching that milk and understanding why it moved.
Five star video!
now that you're 51, have you discovered any more amazing science things?
@@dakotamcmillan Well, I'd say the James Webb Space Telescope is rigth up there. Literally. How about you?
@@stormstereo good point - that has been incredible. i have a ton honestly, but for the near term probably lab-grown meat!
@@dakotamcmillan Oh yes! Once that's mass-produced at low cost it will become the norm. Invest in those companies now. :)
@@stormstereo i hopefully will land a job at one at the end of this semester! but yes totally agree haha, i have meant to but didnt but thanks for the reminder - will invest tomorrow if i find a good one availble to :)
_Ant Man would like to know your location_
What about my boy Louis?
@TheTage Show The Truth serum
100th like yeyeyeye
Daniel Sambar. *FBI WANTS TO KNOW YOU LOCATION*
@TheTage Show The vitch
Such experiments back in school would make you fall in love with Physics.
But this is chemistry
I remember doing this with smoke particles - the brownian motion was much more pronounced (I deduce becuase of the heat / air being less dense than water here) - that was truly the moment I started loving the sciences.
Our school did all those experiments 🧪🧫🔬
@@barnilsaikia4531 It’s as well all combined.
@@Mike-lx9qn That is sad to hear. Where are you from?
No wonder things get so complicated on a microscopic to quantum level, things are always in motion and you totally proved it with this video. It just really hit me Einsteins E=MC². Anything with mass has energy,holy cow! They say the universe is not static and always in motion but you just taught me that even more with these simple experiments. Thank you, really! I'm 42yo and never graduated HS and wasted many years yet I'm living proof life is a learning experience and I like these types of videos. PBSs Spacetime,JMGs Event Horizon, Isaac Arthur I watch em all. Dr.Becky too. So much knowledge idk why anyone would waste time always watching gossip. My family makes fun of me now but I forgive them,they don't understand this stuff. Thanks again!
Have you ever seen an atom before:
*Well yes but actually no*
E
Every time I open my eyes there everywhere
@@bc7495 those are photons
@@user-vj1db6sy7l well then if that's the qualifications for if your seeing something then you never see
Anything other then photons so if that's the standard no one will ever "see" anything ever other then photons
@@bc7495 because you technically don't see the object, you see the light reflecting off the object that hits your retinas
"Brownie in motion"
That is exactly right, I like to eat atoms from brownies in motion
What about atoms from brownies in *loose* motion?
I'm not a native speaker and that's what I heard the first time... and second time... and on third time I realised it doesn't maky any sense :)
@@syedsajjadrazamahdi9648 byu
@The Action Lab. 😂 (☞ﾟ∀ﾟ)☞
Yes, I see trillions each day
😂😂😂💔
You dont...
MORE LIKE NONILLIONS
I see trillions times than you
YES, I SEE YOUR COMMENT IN ALMOST EVERY VIDEO. THIS IS REAL SUPERPOSITION
8:55 there is what's linked to the TITLE.
Thank you
@unicat girl depends on persons interest
thank u
That would be cool to see how much faster or slower the Brownian motion becomes with high and low temperatures.
Ok
okay
An Atom is like John Cena
-u can't see me-
How did you wrote this cut sentence
U cant see me?
@@opgoku3815 -You mean like this?-
Dash(-) then write what you want, then (-) again. Remove the ( and ).
(-)Test(-)
-Test-
Spongebob SquarePants. DAMN JAJAJA -NOICE-
I'm gonna comment now before this comment goes viral lol
(-)like this(-)
What are you doing on Valentine's day?
Me: 2:42
This is the comment that I've been looking for. Haha
lmao, so underrated. deserves way more likes :D
hehe
*Amazing*
2:42 when u are dirty minded
@TSM_Oderick300 You're to young.
1:47 new year celebration's gonna be sick
That was a remarkable video! Great as always. I have became such a huge fan of your videos, your enthusiasm is infectious.
We just learned about Brownian Motion a few weeks ago in my biology lab, it's so cool to see you explaining it right after we went over it!
Ok
_Yeah I'm looking at them currently_
are you the new Justin. y
He just comments everything 😂😂😂
a verified channel that comments on every TH-cam video.
recently I saw a comment from you from 5 years ago...
Hello magic egg.
When are u not
Dude I LOVE the way your explain concepts, it helps me understand it so much better. And your literally blew my mind (I’ve never heard of Brownian motion)
1:52
The neighbors:oh no what is he doing this time!
Kids: Hulu
Men: Netflix
Legends: The Action Lab
Edit: I never got this many likes in comments (mostly I don't comment^_^)
I'm dumb can you tell what's HuLu?
I’m a kid. I never watch Hulu, just Action Lab.
@@andietheviolist9177 I'm talking here about personality buddy!
@@TrevorOLN Better to stay dumb then:-P
Language And Information provider idk wut u mean, but ok then.
Harry Potter just insulted science
Allow me to comment now before you get thousands of likes and many replies 😂
Srini Aero L
0_o
Owo
@@ZCoxxy hey sal LMAO
Thank you for this wonderful opportunity to allow me to not only see the unseen but to understand how it all works. Great video!
I was checking out your posts for a while. But this one made me subscribe :)
_PLANCK DISTANCE HAS LEFT THE CHAT_
Aren’t it Planck length
How can i write like that?
@@alexpaoki5882 (underscore)example(underscore)
_example_
You can also do *this* with astersks, or *_combine_* them
@@OscarGonzalez-ld4np /*ok*/
@@OscarGonzalez-ld4np *_ok_*
0:50 Whoa, that was pretty *lit!*
Ahhh that's hott...that's hot....
Christopher Moon yeah; but his vacuum chamber sucks!
Leave‚ Just Leave.
Watch it in 0.25
Fantastic sir. I like your simple ways of explaining complex things.. thank you 🙂
0:49
This made me smile ⚡❤️
I’m positive your neighbors think your crazy. 😂🔥🔥
Hi Faye
I am so amazed by your videos, it's incredible, you are incredible
This guy is an awesome teacher! Really impressive videos!
Ok
Man where have i been! The last time i checked this channel it had just over a 100k subs. Great job!
We see atoms every second, we just don’t see each individual atom
@Oh YeAH yEAh mamacitá are you sure?
Seeing an object is just an interpretation. It's actually perception of electromagnetic radiations.
Technically we see reflected/emitted radiation coming from the atoms, and not the atoms themselves. In fact, atoms are smaller than the wavelength of visible light, so they are literally invisible.
@@johnm5928 that's true for any object and so technically all objects are invisible?..because you do not see them, but rather their EM radiations?
Molecule*
Too much science in a single video. Thanks man!
I love your channel. Thank you a lot for this great work. Its hard to overestimate.
Your mother is hard to overestimate!
Splendid video! Very well filmed and explained.
First time I understand this concept very clearly
The most interesting thing i've ever seen. Thank you.
This is a great channel. Congrats!
I absolutely love this channel!!!
Hey! I loved this video!❤️ Please make more on microscopes and their observations!!!!!
Check out microbe hunter he's got a great channel on microscopy
10:54 me: why isn't he zooming?
10:57 also me:😮
Lol
I've seen only 3 videos of this guy, and hundreds, if not thousands of channels and videos on TH-cam, and I can easily say this is the best channel on the entire network.
Good thing you've had the CC added accurately because although I was certain you were not saying "Brownie in Motion", I was NOT certain of what you WERE saying :) Thanks!! ("Brownian Motion" to those of you who heard what I heard and also learned a new term today)
hey action !! lab here
Always wanted to learn about Brownian motion
Thanx mann
Yes since i was a little kid i dreamed of it! Thanks action lab =)
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Almost 3 mln subs, good job, keep doing great videos))
Youre awesome man!!! I love all your videos ..and I am liking all of those videos just as a thank you gesture from me for making these videos for us. And sharing the knowledge for free. 🥳🥰🤩🤩👍👍
I like the person in the video he explain good in english so that german people understand it
Stimme dir zu xD
Damn, that's so awesome! I've never heard of that brownian motion. It's so cool.
One question tho: is this movement really a 100% random or is there a way to predict where an atom will bounce around?
Because i always thought real randomness only occours in quantum physics.
One of Einstein's early papers was on this very subject.
But you are john cena you're better than anyone else lol
It’s not truly “random” in an absolute sense, but it’s random to us because there’s no way we would ever be able to predict the movement.
@@davehugstrees if it's not random what is it?
Vsauce
That was an incredible video lesson....thanks so much
Cool video bro! Great work.
Action lab flamethrower!!!!
Send it as the next subscription kit
Whoa! Nice! I showed it to my dad with our microscope and he thought the movement was because of bacteria. So informative and fun. Thank you!
Ok
Cool way to explain Brownian in motion and hdrophobia. Look forward to more of your videos. Thnxs
Must’ve been hard being a full time student teaching his tutors.
Cool vid 👌🏻
"I put my ball under the microscope..."
"Thats what she said...."
Oh wait....thats cursed....
"So lets slowly put it in"
*Drops it in from a height*
This video is awesome! So many interesting things
Great channel dude !!
There are other reasons why materials are hydrophobic except beig covered in air. Try oil or any oily substace. The organic part of the molecules will not tolerate water.
5:04 put an object in water with no more hydrophobic coating...
“Wow that’s crazy it’s completely wet now!”
🤣🤣🤣
I love your accidental humor, The Action Lab!
You're a amazing teacher .
That's absolutely mind blowing. I've learnt something today thank you.
*His wife:* OMFG, where did you learn to use your fingers like this?
*He:* 2:42
Can you detect the difference in molecule movement at different temperatures? E.g. wouldn't it be even easier to detect this if you heat up your sample?
wow, l loved it and loved the finger pants :) You are Harry Potter! l wonder what your neighbors think when you suddenly light a flame out front , lol! Great job
Awesome video. Thanks. Other reasonable explanations for the motion might be that it's caused by the light or that the particles are alive. How did early researchers eliminate those hypotheses?
im always getting surprised when i come here. you are simply awesome man. respect!
My man just created a flame thrower with a leaf blower and some iron wool
This Channel never ceases to amaze me.
I just had the most spiritual type feeling run through me. Thanks dude.
Better put on your Nintendo LABO 3-D kit
You call me? XD
I laughed when you said "small balls"
I subscribed today. Excellent video 👍
Nice series of videos, thank you.
PS: Oops I left the ceiling fan ON during the experiment.
5:20 channeling his inner Beavis
I always learn so much on your videos🐚thank You for your work.💯💯💯
Great!!! As always!!!
Can we just admire that the motion at the end of the video is noticeable at 144p?
Detergent is known as a wetting agent for clothes and that means it makes the water go through fabric easier than without it. My question is,would the powder still keep your finger dry in a soapy(detergent) water?
That's a great question! Detergents are typically amphiphalic, meaning one part of the molecule is hydrophobic and the other hydrophilic. In other worlds, one part is relatively more polar than the other part; in this case, like molecules attract like (polar attracts polar). If the interaction between the detergent and powder is stronger than the interaction between the powder and oxygen, the equilibrium will shift. This means that over time, the ratio between bound oxygen and bound detergent will change in favour of the detergent. Because the detergent is part polar, it will also interact with water. So over time, more and more powder will interact with the detergent and water. Depending on the properties of the powder it would either dissolve into the water, form into a sediment, or diffuse equally throughout the solution. In our case, the powders are pollen-ish (I'm not sure exactly what they are physically) and would just sediment with gravity.
This demonstrates an important difference between hydrophobicity and hydrophobic exclusion. A molecule is hydrophobic regardless if oxygen is present or not. A drop of oil will never dissolve into water with standard conditions. The water "feels" a significantly higher attraction to other water molecules than it does the oil. Played out over time, this pushes the oil droplet molecules together which then feel an electrostatic interaction with other oil molecules. If the oil molecules are less dense than the water they will float and form droplets. If you heat up the water sufficiently, the kinetic energy of the molecules hitting the oil droplets can become stronger than the hydrophobic exclusion force pushing them together and electrostatic force maintaining the droplet. The oil and water then form an emulsion; we would call the oil miscible (not soluble) in water. This is because the molecules are mixed but not physically attracted to each other. If the water was to cool down, the oil droplets would reform, buoyancy pushing the oil molecules to the surface of the water.
If the oil (hydrophobic molecule) is approximately the same density as water they will become distributed within the volume of the water and form spherical droplets (a colloidal solution). Something interesting happens when the oil is amphiphalic with the right properties. The hydrophobic parts of the molecules will feel an attractive force between each other and the hydrophilic parts an attraction to the water and each other. Instead of forming an entire droplet of oil, they will form a spherical "shell" of oil. These are called micelles.
So to summarize, the video really talks about hydrophobic exclusion; the oxygen more strongly interacted with the powder than water and together felt an exclusion force. When the ambient pressure was decreased, the exclusion force decreased and the solubility of oxygen in water also decreased. Oxygen molecules began to interact more strongly with each other and over timer, interacted more and more with themselves than with the powder. Hydrophobic exclusion and electrostatic interactions helped form spherical bubbles of oxygen. The bubbles lower density led to a buoyancy force or force differential between the top and bottom of the bubbles, pushing them upwards. Because the powder is probably hydrophilic (in this case it most likely has a charged surface), it readily interacted with the water and sedimented because it has a higher density than water (the opposite of a buoyancy force).
I'm sorry if there are some inaccuracies, I am a biologist who studied a bit of chemistry many years ago. It is also hard to discuss these types of dynamical systems without some background knowledge of equilibriums!
@@Jacob_A_OBrien so are you saying that some atoms push away other atoms like saying that if i try to put the opposite sides of a magnet together
Your videos are highly educational and amazing and very well presented
Very creative use of the marbles and green ball to illustrate Brownian motion!
2:41 minutes into action lab n chill & he gives u this look 👀👀
is there any factor that can cause the particles to move like charge or microscope shaking slightly because of the sound waves around it or maybe because of change of heat of the water caused by the light coming from the microscope light source ,i know its tiny amount but still must be taken under consideration don't you think ?
What about seismographic movement
Well. Think about it. We constantly get energy from the sun, the star, the moon. Mostly from sun, earth temp are higher than other planet in far aways planet. If the temp are high, it also mean that there are energy for the tiny particle to move. U seem to dont know where the energy for it to move come from. It come from heat of the sun or anything.
If it absolute zero, it would have no energy at all. Its the true form of freeze
As long as ur temp above absolute zero. It mean u have energy. That energy is what make the tiny particles move. Just like how water is not staying still when u boil it, becuz u give it alot of kinetic energy when u heat it up. And water become more and more stable as u cold it down, cold enough it would become ice which is even more stable.
The energy can be from anything
Excellent manner in communicating your message
Wow!!!! You explain concept very easily and practically 😀😀❤️
9:00 he actually starts looking at them
I learned so much from your videos love from India😄👍
Hey Sayyad Zaid, do you like T-Series?
@@Donald_Trump_2024 XD
I think he wants bobs and vegena
The way u explain stuff is very amazing and enjoyable... I really like it .
This was really interesting thank you :)
7:38
Sounds kinda inappropriate
Micro-balls LOL
@@beardeddragon927 duh!?
@@arunavkumar32 and you notice that it slightly giggles
So hydrophobia is really atmophilia?
Thanks for your useful informations,,, I hope I can watch all your episodes.
You should do a video on dust explosions. Great video!
When I get a notification saying new video form Action Lab, I know that it is Action Time now
Maybe worth repeating the experiment at different temperatures to see how this affects the amount of movement?
Ok
you're awesome and I love your videos
It is such a great video !!! Thank you !