Such a well made video with explanation, demonstration and even editing to make it easier to compare. It's bothering you are not having more subscribers. Thank you for this video!
instead of a smoke from a burning paper can you use a vaporizer ? I suspect these particles are not smoke particles but particles of burnt paper we are seeing.
Excellent demonstration, speaking voice easy to listen to and speed of delivery fairly fast but necessary to cover the amount of material covered. It may be worth pointing out that there is a good article in Scientific American Feb. 1985 p56 on the very subject.
so essentially, particles move around randomly (in gases and liquids) because the invisible particles around them (like air/water) are moving around randomly too?
This was probably the best demonstration of the phenomenon. I still need to reach out as to what the molecules of fluid are doing. Energy exchanging/chemical emission/light energy entropy.
Everything vibrates, air, solids, liquids. Perhaps how humans sense heat. Touch a cold object it's molecules move slowly we mechanically sense that as cold. If hot the motion can be so severe it mechanically damages human cells, we get burnt.
The simplicity of this video and smooth transition of the models into the actual observation makes it easy to understand and follow. Well done!
Such a well made video with explanation, demonstration and even editing to make it easier to compare. It's bothering you are not having more subscribers. Thank you for this video!
That's amazing. That's for such a clear demonstration.
Beautiful demonstration of this concept with the speaker! Love it!
Waoo😀😀😀 that's amazing. Excellent explanation with creative idea. Hatss off thank you so much 👏👏🙏🙏.
Wow.... Great Demonstration👍🏻
Blessings🙏🏻
The demo made me understand what Brownian Motion is :)
What a great demonstration to explain Brownian Motion. Thank you very much for sharing
Thank you so much, this helped me with my practical investigation assignment given by my teacher,
Excellent - thanks I will now adopt these demonstrations for my class
instead of a smoke from a burning paper can you use a vaporizer ? I suspect these particles are not smoke particles but particles of burnt paper we are seeing.
Excellent demonstration, speaking voice easy to listen to and speed of delivery fairly fast but necessary to cover the amount of material covered. It may be worth pointing out that there is a good article in Scientific American Feb. 1985 p56 on the very subject.
mate how do u remember that?
Nicely explained!
Nice demo sir👍👍👍
so essentially, particles move around randomly (in gases and liquids) because the invisible particles around them (like air/water) are moving around randomly too?
thank you so much. Now I clearly understand the point of Brownian Motion which I was in a big confusion for a long time.
better explanation thanks alot for this
wow. that was cool.
Thankyou sir.
Sir can you do more experiments on physics and chemistry
This was probably the best demonstration of the phenomenon.
I still need to reach out as to what the molecules of fluid are doing.
Energy exchanging/chemical emission/light energy entropy.
Thank you, for this clear demonstration.
very simple and direct demonstration
Amazing way to make one understand using the tennis ball and speaker experiment
Great demonstration!
AMAZING DEMONSTRATION I AM A STUDENT AND UNDERSTOOD IT VERY WELL.........
Can anyone explain why Staphylococcus Aureus doesn't appear to be affected by brownian motion?
Oh, I love his accent!
great video thank you, wish you recorded it in 4k or 1080 would have been so much sharper. smile
awesomeeeeeeeeeeeeeeeeeeee
Described nicely
Me: ADD A RED BALL! Guy: Gonna put this large red ball in. Me: YAY!!
Everything vibrates, air, solids, liquids. Perhaps how humans sense heat. Touch a cold object it's molecules move slowly we mechanically sense that as cold. If hot the motion can be so severe it mechanically damages human cells, we get burnt.
Gr8 demonstration
amazing
Great way to teach it.
that's so cool
Wow !
Amazing!
Thank you
good man just right for me (60 +)
Particles jiggling at such a low Reynolds number ? I doubt it ! About your demonstration ; I'm thinking it is a tad naive actually .
I understand 🎉
Too bad the quality of this video is worst than my camera made of potato. XD
he sounds like richard dawkins
ok
this is kinda fake i saw the real one and it wasn't as blurry.
lol
mad🤬
@@pfg1427 JUST SHUT UP TAKLE
Susyashishan1960 ur so wired bro honestly
Do you have anything on osmosis?
thank you