What is Sound? The Fundamental Science Behind Sound

[@helawn]

This might be the greatest explanation of anything i have ever seen

[@C1schecter101]

Helan lofl right !!! my mind is fucked with beauty on all levels after watching listioning and hearing

[@obpico6346]

robert loera OOOOOOOHHHH bad word bad word bad word

[@Kyle.com23]

Tumahimik kayo please

[@Kyle.com23]

Can u guys shut up

[@kusumaraj3031]

@@C1schecter101 u idiot go to hell u bitch

[@NoExceptions109]

This has been the best explanation I've had without needing a serious physics understanding. The visuals are also so intuitive and really clarify how sound is translated. For so long I've wondered about how we classify sounds in music. I'm glad I started digging into oled screen speakers and came across the video.

[@Solice-lx8mk]

Dude, for all of my life I've wanted to understand how sound ACTUALLY works. Thank you so much for this. You have no idea how pivotal these visualizations and explinations were to me!

[@jpraise6771]

Brothers...the glories of this world is great, but do not forget the eternal, everlasting glory of kingdom of the righteous king, Yahweh. Righteous God, in your grace, may these lost children return to you. Amin!!

[@Islam-e6q8w]

Bro, always I ask everyone I know how do we hear sound now when I watch this video I understand any think I was thinking 🤔🤔 about I know just when I watch this video and I love the way you explain without you until now I wasn't to know how do we hear I thank you so so so so much for this video it means a lot for me thanks again for your help, today 🎉❤❤❤❤ is so good 🤍🖤 day for me ❤❤❤❤❤❤❤❤❤❤❤❤❤❤.

[@Islam-e6q8w]

Bro, always I ask everyone I know how do we hear sound now when I watch this video I understand any think I was thinking 🤔🤔 about I know just when I watch this video and I love the way you explain without you until now I wasn't to know how do we hear I thank you so so so so much for this video it means a lot for me thanks again for your help, today 🎉❤❤❤❤ is so good 🤍🖤 day for me ❤❤❤❤❤❤❤❤❤❤❤❤❤❤. Ma

[@princedeshwal5175]

Your channel will go beyond limits

[@prosaufi3692]

True

[@RazorM97]

it didn't say that sound has the speed of sound, or that not all air particles travel at the same speed(the speed of sound), but most of them do

[@TeNou7]

yep

[@zxshd]

and it did 🎉

[@amritkunwar22]

I wish my teacher would have taught me like this. Take my money man but never stop making videos. You are a gem.

[@rayer2641]

It's a beautiful tutorial on how sound works. I watched it a couple of times to get the phenomenon of sound . You did a terrific job of illustrating with your video graphics. Keep them coming!

[@Tmaxar]

Wow! No one could explain it so simply and yet so comprehensively.

[@C1schecter101]

I just wanted to let you know this is poetry in motion I thank the creator of this video bringing life to the minds of life the world needs your gift !we thank you !!

[@ldchappell1]

I just can't imagine how dismal life would be without the ability to hear. Music has always been one of life's greatest pleasures for me. I listen to it everyday.

[@electricity2703]

I have never watched a tutorial video like this. Thank you so much Sir.

[@elainejinxkuehn3886]

Beautiful and clear. The ear graphic is very nice. Explanation of the sound waves is amazing and the water and symphony very good! Love that "hello" voice too!

[@DanielC618]

This video is amazing, have you thought of starting educational videos like these? Or you're only focus on how specific tech products work? I really think your way of explaining things is gold. Please do the modern version of branch but with more general physics videos like this one🙏🏻🙏🏻

[@reversingbabylon4582]

Amazing and simple explanation. I wish I could go back to school right now!!!!! Thank you so much.

[@tommy-73-dash]

I enjoyed your explanation, my visits to symphonies will be enhanced. I can actually hear the different instrumentals in the sounds. I've had musical appreciation training in college. I'm happy I took that course.

[@yugerten_a]

The best educative channel I've ever seen, not every1 can give such simple explanation while visualizing it 3D, thank you so much.

[@anudeepshetty3600]

I wish this methodology was used in schools. Great job man !!! Appreciate your efforts on this

[@ivailopavlov1932]

Great video! This is example of what an educational channel should look like - teaching clear concepts explained in a different way of thinking! Congrats!

[@saisubratapanigrahi1918]

I really liked this video. I loved the simplicity of explanation and the amazing animation along with all the points you mentioned to keep in mind. The idea to create branch diagram resonates deeply with my way of learning things. Thanks for sharing this in youtube and kudos to the team/person who made this video!!

[@EmilyOman]

So so so helpful! I will say, the background music is too loud at times, and was hard for me to focus on the words being said. Besides that, this way of teaching sound is SO good!!! Thank you!

[@xbeta84]

This is probably the best KZbin channel ever in history!

[@heavyfromtf2117]

i dont get why you dont have more views. you have the best explanations i have ever seen

[@soundcoremusicmix]

Awesome! 🎧🎶😎

[@nitishsingla1234]

This illustration is a piece of art!!!!!!! Brilliantly done :)

[@neweducationhub2542]

DAMN!! I NEVER LEARNED SOMETHING LIKE THIS...THIS MAN DESERVES A NOBLE PRIZE...

[@BranchEducation]

Thank you!

[@neweducationhub2542]

@tututuims ieijebdo What Physics?

[@brunosousa6642]

Absolutely!

[@tanfizhussain3785]

@@BranchEducation You truly do. This is a priceless video. 🙌

[@vipsylar6370]

This guy could easily beat anyone in Khan Academy's Breakthrough prize. Pretty good material.

[@axr6327]

I give you my personal award for best explanation. Thank you!!!!!!

[@CheapSushi]

Thanks for doing this! Every other explanation always was simplistic visually especially for more varied/dynamic sounds. Yours made the most sense to me.

[@BranchEducation]

Thanks a ton! Glad you enjoyed it.

[@colinc52]

You deserved more like, your animation is very costly 🙏🏼 thx for all this knowledge

[@BranchEducation]

Due time!! Thanks for watching!

[@ryanobana5967]

@@BranchEducation no no no!

[@batzlat1]

Nice! So simple and yet informational!

[@hydrodwarf]

subscribed as this is concise, brilliant and informative

[@winterhood]

This channel is a hidden gem

[@REN-p8s]

I hope this channel will last for life time. Keep growing!

[@KellyBosworth]

So cool! The visualization of record grooves was super helpful to see. I've heard it explained many times in my life but only kind of understood how grooves could capture so much information about tonal quality and timbre. It's all in the sound wave! My favorite moment is 00:29. "Hello!"

[@CocolinoFan]

This channel is such a blessing to the world ❤

[@yaseenuniverse]

your content is unique, you will get many subscribers...just stay consistent to be seen by youtube algorithm!

[@jasonsmith6776]

This is an amazing channel I must say.

[@UPHROSHAN]

Surely your channel will reach a high position... I have seen many physics channels like crash but there not given this like a great understanding explanation... Congratulations

[@BranchEducation]

Thanks a ton! I hope it will get there.

[@TAMIL-MUSIC]

How can you make this much graphics and rendering just for youtube channel or this videos are made for something else outdated. If this graphics only made for youtube you are spending so much time in this video so congratulations

[@colinc52]

TAMIL MUSIC-MIX this is what i wondering too. This video can sell to national geographic

[@Diego7Strat]

That was just amazing! Really good explanation!

[@rathodnishank75]

Mannnn you can literally explain anything to anyone❤ i wish i could appreciate you enough for you amazing work!

[@ZachHixsonTutorials]

Great Video!

[@manicnovae]

THIS IS AMAZING. I can't wait to show this to my music technology students. You explain this so clearly, but don't assume the audience is stupid -- perfect for my elementary and high schoolers. Thank you!!!

[@BranchEducation]

Thank you!! Well good thing my next video is an upgrade of this one, so stay tuned... 😄

[@grahamgottard]

Excellent production! Thanks for such a clear explanation with superb graphics. Well done.

[@truckdriver333nz]

It still seamed a bit hard to put it all into context untill rite at the end. The record needal following what looks like a scratch of a sound wave on the vinal, and in turn, moving the speaker diaphragm. Great video.

[@raminboodaghi805]

I'v always been looking for explanation of how things work like this video, finally i found this channel today. Your videos are awesome and they are what i was looking for.

[@nyus2093]

Best explanation. Thanks buddy

[@DoctorZkon]

Might be the best explanation I’ve ever “heard”

[@JoshAharonoff]

Incredible quality...a very complex topic presented in a very easy to follow manner. Well done!

[@utsavjoshi2998]

Very nice explanation 👍👍👍👍👌👌

[@quamarhafid5474]

omg why your channel isnt famous !! love from morocco

[@psgxpsg]

Thanks branch education for this explanation

[@anujarora0]

If you keep making such a good quality videos I'm sure you will become a big KZbinr thank you for this great video

[@bojjaganesh1393]

I am expecting more and more videos from u boss. You are unbelievable

[@BranchEducation]

Thanks!! I'm really glad you like the videos.

[@MageGamingV]

Great video only thing that I needed more clarity on was what exactly a diaphragm is and how it works, not comprehending it yet. Will keep researching though

[@CreativoErratico]

The subtitles for the running faucet deserve an Oscar.

[@ericshin6338]

Really fascinating stuff right here

[@marcosmisael4858]

In this video, I found the answer to everything I needed! WOW

[@tgmtf5963]

One word: AWESOME

[@subhampattanaik6622]

your channel need a push up..to grow.. you work really hard..really you deserve more subscribers..your graphics are more advanced like learn engineering..awesome video👍keep it up..

[@BranchEducation]

Thank you! Hopefully soon this channel will hit a larger subscriber base.

[@searchingfunsmile6283]

yes , this is perfect !!!!

[@riyasa1235]

Brilliant video. beyond the words👍👍👍👍👍👍👍❤️

[@imransheikh5505]

I appreciate your great work to educate the people in really wonderful way.

[@furn2313]

I love how you use particles to visualise particles makes it easier

[@lokeshthamineni8900]

loved it. Thank u my brother

[@camerastar125]

Amazing. Simply amazing.

[@Hyumanity]

Hmmm, I may have just strike gold with your channel. Subscribed as soon as I saw and heard your explanation for the sound of a balloon pop. Just finished the video, holy shit. That was excellent! I shall begin binge watching. Thank you.

[@Oyzatt]

This KZbin channel is exceptional

[@shakthidevimanikandan5498]

I am happy that i played this video ,❤

[@kotaofficialmusic7868]

Fantastic video!! Very well put together man great job.

[@manasdixit9667]

Sir please keep it up..very amazing explanation. People like me have thurst for such videos.. Thanks for providing such knowledge🙏🙏

[@Ismail-vs6gx]

This is the best explanation

[@mikhlion5057]

Very good explanation

[@ninjaduck3534]

That was ****ing amazing and literally brought a smile to my face when you explained the balloon pop- just like you said, nothing is just a perfect sine wave!

[@clevermissfox]

The animation of this video is top notch. I hope you paid your animator boucoup bucks

[@ibrahimkhalil3044]

Very good explanation. keep going..

[@Dan47435]

Superb video!

[@roger72715]

Your vids are too good to get just 130 likes! Thank you and keep up the good work!

[@arnebouten2520]

What a great video!! thanks!

[@thunderknight99]

While I have learnt about the sound waves and their amplitude, frequency, wavelength and stuff back in school, the one thing I have been unable to wrap my head around is - how exactly does the recording device and the playback device distinguish between two sounds (like a keyboard and violin playing an A4 note might have same waveform but they dont exactly sound the same). While it isn't too surprising seeing what the modern tech can do, but it's really baffling looking at how a simple needle and wax could do that! It'd be great if you can make a video on what are the physics behind a sound's distinct quality. And also you do a great job with the animations and simplifying the mechanisms! :)

[@ninjaduck3534]

For 1 second of a typical 44.1kHz recording, you will get 44,100 individual samples of the real sound. Imagine that the overall shape of the wave is the same for the piano and violin like you said, but that the individual 44,100 samples are not exactly the same.

[@nicolasajjh3690]

i got enlightment from great channel like this

[@prernakashyap4363]

You are incredible buddy

[@ruchie4]

thanks for this video

[@chrisrebar2381]

Excellent graphics

[@spiralgaming8940]

Speechless

[@mrshodz]

Beautiful video.

[@lilkasper378]

in one video 9 minute video this man explained how sound, speakers, and record players work. Well done!!

[@thesilverrockstar]

thanks for the help!🙏

[@smotala11]

A few questions: - Sounds are defined but frequency and amplitude. If I understand correctly, does that mean the frequency is determined by the rate at which particles pressure increases and decreases.? - In terms of wave superposition, surely it depends on the phasing of it? I know it doesn't but why. For example, say I have two notes, one at 440hz and the other at 220hz. If I played both at the exact same time I guess the frequency would still be 220hz? Another way of asking is, if note 1 repeats every A seconds and note 2 repeats every B seconds where B

[@SathishKumar-xk6cc]

Bro really really really thank you . . . 🙏🙏🙏🙏🙏

[@mpopa5673]

Great video ! Thank you !!!!

[@rohithdsouza8]

Wow what a brilliant Video why doesn't this have a million views already

[@dewdrop3503]

Very good visualization! I am late to the game with my question but I ask it anyways. So here is the scenario for the question: If i think of a motor rotating with 40 Hz, the sound that I hear is 40 Hz. If I speed up the motor to 60 Hz, the sound is 60 Hz. So far so good. I know that low frequency sounds have a longer wavelength than high frequency sounds. Long wavelengths also travel further and are not easily absorbed. How come, the same motor can produce wave lengths that travel through my walls (40 Hz) and by speeding up that same motor outputs sounds that I can block. To a layperson this looks like the slower the motor rotates the more powerful the soundwave was but that doesn't make any sense. What element am I missing?

[@bad_keyzi]

This is pure gold. thanks for the insight

[@ShraddhaVyasofficial]

You have so much knowledge....thanks for sharing...🐥

[@overthelimitful]

Great video explanation!

[@jaedeepmakwana4551]

Great✌... Keep it up 👍

[@Brkzgamer]

everything in those videos is perfect

[@MeeMee-gz5vp]

So thankful to KZbin for my stumbling upon this gem of a channel

[@snrnsjd]

That's what I was looking for! How the sound propagates In all directions, I wanted to know what is it's form

[@paddyobrien4321]

Great video! I have a question though... Does the record player read a single sound wave that reflects the mix of all of the combined instruments? If so, how on earth is a single sound wave produced from such a range of contrasting waves? (as can be observed visually between the compound wave at the top of the screen and the single wave at the bottom of the screen at 7:44)

[@Johnscompany]

on a DAW. these sound waves like on the video its uses a fast fourier transform visualization FFT, the software use math to calculate the new wave of the product of all instruments on a song. on vinil records are the same principle, the needle was had a small magnet, and these movement produce a very low current on a small coil. like on a microphone. i remenber a time when i was young that a lower the volume from the disc player and a listen close to the needle and i listen the song from the disc. amazing

[@jagadeeshwaran1512]

How the audio file or the speaker differentiate each sound, sound of violin or drums...How it is encoded as a data file? Is there any other parameter other than frequency and amplitude to denote this?.

[@joseville]

6:30 thanks for clarifying all of this because I was wondering about that.