Resonance Explained (AKIO TV)

[@dlerahmad3743]

after 20 videos and 2 personal teachers,I finally understood. u just saved my life thank u

[@cheeseandcharcuterie6550]

You are an AMAZING teacher - making complicated concepts simple and easy to understand. Best explanations!!!

[@sanchitabarman5458]

Exactly.........

[@tahaabdelnaiem1215]

True

[@branndn_]

You’ve just saved me lots of time figuring out what in the world is resonance and I couldn’t be more grateful for you uploading this on KZbin, thanks!

[@flashypork]

Funny that you included the Wikipedia quote since I tried to read that needlessly jargonous article before giving up and coming here. Thank you for the lucid explanation!

[@hz6612]

best explanation ever , precise , thorough , simple ! and not raucous , thank you !!

[@nishantkashyap2896]

I am completely speechless. The most amazing video of my life. Thank you sir

[@priyanshuc-3083]

I'm from India and what a video of resonance it's finnominal that I have ever seen befor Thank you to make concept easier for entire world without any boundry of the religion racism and nationality of the people who want to know about the physics Thank you again 🙏🙏🙏🙏 ( sign of giving the respect)

[@MiiNaaJee-de-Simba]

KZbin suggested no idea why- i thoughts it would be good to revisit high school physics . Beautifully explained!!

[@AvicennaFilmStudio]

best explanation of resonance online, thankyou

[@filmontesfay9703]

4:41-4:51 When you say that the vibration of the glass increases, do you mean the frequency of the vibrating glass increases or its amplitude increases? Which one is increasing before the glass is broken? Is it the glass's frequency or its amplitude? Thank you! ❤️

[@AKIOTV]

The amplitude.

[@filmontesfay9703]

@@AKIOTV Thank you!

[@Ultrabeatsyncs......OfPUBGMOBI]

Bro frequecy of any object can never change until its length is changed because frequency depends on time period and time period can only be changed by changing the length of the gravitational acceleration.There is no way of changing ang objects natural frequency. Thanks if you read it😍😍

[@saltysid2228]

THANK YOU SO MUCH! I HAD NEVER BEEN ABLE TO UNDERSTAND THIS BEFORE WATCHING THIS VIDEO

[@Jerry-wj5dd]

GREAT VIDEO !

[@gulnazkhalid6752]

Explained in an excellent way with every day life examples.👍

[@physicsnerd1794]

one of the perfect explaination ever i seen

[@mdsohelhoque6448]

The best conceptual video i have ever seen.

[@kamaluchika6656]

Just having a seemingly foolish thoughts! 😆 So, since every object is composed of a natural frequency and, when another opposite sound matches with its natural frequency in a very high amplitude or maximum, the object vibrates as a result, or possibly brakes just like the glass. Could this be a reason for the fall(destruction)of Jericho”s wall, since guys were singing and playing loud musical instruments round it?

[@Aaron_Bleu]

Exactly, Tesla used this to cause a minor earthquake by tuning to the frequency of his building. Everything is frequency and vibration

[@shivnandandaheria1034]

Very excellent explanation and demonstration You make this very easy to me Thank u

[@mjylove2]

This video is a great contribution to human history.

[@Frenchfry-m9b]

It was very helpful to understand what resonance is...thanks a lot!❤

[@SenTutorials]

Very nice. One of the best explanations i have come across

[@YouTabe11]

Thank you very much you are only the one whose explanation i could understand 👍🏼

[@Alexander07211]

Great explanation, enjoyed this video thanks

[@merlindabubu9181]

thank you so much! you helped me study for physics!

[@kameliamaarefia1492]

You are such a life saver such an amazing explanation.I finally figure out what does vibration and all of that stuff is really about. 🌷🌷🌷🌷🌷😇😇😇😇🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻

[@kamaluchika6656]

This is surly an intelligent explanation As a string player(violinist) even when I play with the bow on a particular string, using any of my fingers on that string, I notice a ring (maybe resonance)on that particular pitch even when the natural frequency of that sound/pitch I played with my finger is twice or more of the natural frequency of other open strings; can I also consider this a resonance? For example if I play D string with my 3rd finger which is about 392hz, the twice of G open sting (I think so)I notice that the G string physically moves and the sound of the string I played with my finger triggers even more sounds that is “larger” than it’s natural frequency

[@AKIOTV]

The natural frequency isn't the only one at which resonance can occur. It also happens at multiples of the natural frequency. Eg if the natural frequency of an object is 500Hz, it'll also resonate at 1kHz, 1.5kHz, 2kHz and so on.

[@kamaluchika6656]

@@AKIOTV well understood But is there any theoretical explanation to this?

[@AKIOTV]

@@kamaluchika6656 If a standing wave can form on the string is what causes it. The lowest frequency that can do this is the natural frequency. If you look on wikipedia for standing waves you can see some pictures of that.

[@kamaluchika6656]

@@AKIOTV I just did Thanks a bunch

[@alexiskeke7967]

So basically, when objects vibe

[@Ultrabeatsyncs......OfPUBGMOBI]

Thanks sir you saved my concepts from being destroyed

[@AKIOTV]

no problem :)

[@asanhuseyin]

Man, that explanation was greaaat ! Thank you soo much.

[@HIMANSHUJSBH52QPSF]

Wow, thats amazing. I understood it now. Thank you.

[@tandersen9282]

A good explanation of resonance. It is said the human body of an adult have it's natural frequencies in the very low end, including the infra spectrum (20 Hz and below). I varies some depending on the body's volume, of-course. Some buildings where e.g. a pump or aggregate is installed and is running can transfer the oscillation to the building structure which may result in rooms with an inaudible 'bass fullness' which further can create resonance in some bodies. E.g. the spinal column or the chest. An eyeball of an adult is said to have it's natural frequency around 19 Hz. 19 Hz is normally not audible. If resonance happens one may experience grey spots in the vision etc.

[@shivashankarec0567]

Great video on youtube about resonance thanks a lot and keep rocking👍👌👏💯

[@dna1238]

❤🎉 , So does the human body have a frequency? And if so has it been measured?

[@coffeeclubmalayalam9684]

thanks brother

[@bbdamur17]

Thank you... You are a great teacher

[@JoseFernandes-bp6rc]

Great explanation! Thank you!

[@prodromosnikolaidis9493]

Excellent explanation, kudos

[@beatofhearts1743]

very precious lecture

[@hassanalimohamed2402]

what a great explanation

[@newarra_]

That’s why you gotta get on the earths frequency so we can all raise in vibration to a better world

[@ayushmishra3217]

So simply explained ....thanks 👏

[@candrawidyatamam.r8031]

Big thank you ! Easy to understand ! Good job !

[@anushiyamurugan9910]

Good teaching 🎉

[@samiya12]

Very easy and excellent explanation... 😍

[@abararahmed9402]

most amazing explanation

[@StrsAmbrg]

You made me understand this topic.

[@ismailansari6978]

U r explanation is the BEST and I also love u r voice Thank u for making this video

[@atakanozgun_]

That's a very explanatory video, thanks.

[@AKIOTV]

thanks for the comment!

[@francisalbin1729]

Very nice

[@anu_u2422]

This is a great explanation...thank you very much 💐

[@gaudia3985]

Thanks for teaching.

[@bedevish3576]

Nyc explan

[@daltonroperez9296]

Such amazing explanation! Thanks man!

[@physicssimulator2656]

Great explanation

[@walti3202]

very nice explanation

[@guilenornacar8885]

"vibration accorting to Wekipedia..."

[@JCS-CLOSET]

2minutes back I didn’t understand what resonance was! After watching this I think I’m a pro now

[@isabellecrabbe9992]

Great video ☺

[@Beyond_Earth1]

Amazing Explanation Thanks alot

[@randomguy36j98]

thank you. this was such a good explanation. i like it. thanks again.

[@spectral43b99]

Very nice vid teacher

[@patrickrowe6745]

thanks too for a great explanation

[@hasanvfx512]

Thanks, saved a lot of time🙏

[@hyperphenomenal4360]

You are equal to walter lewin Making us feel the subject

[@adlinizni7470]

I completely understand it noww! Arigatou!🙏🙏

[@devswarring383]

Very well explained sir thx a lot

[@legendchime8803]

Nice explanation

[@aalokshah6207]

well done!!!!

[@snegapriyas3063]

Thank you so much sir 💖,😍😊

[@aimanyousaf989]

just beautiful !

[@sairaksha6038]

Amazing explanation

[@grumpyturtle9682]

That is so cool. Thank you.

[@svenkat7168]

Super explain

[@Food_easy_cooking]

Good ,,from india🇮🇳

[@vikram-dn1hq]

Nice 👍

[@Enezari-oussama]

Do you that a no repetitive movement can t be considered as a vibration or you mean that it s an intuitive result of the fact that we are facing a uniform gravitation field in which considered movement. I mean these mechanical vibrations are not repetitive when our r spherical changes or our z in Cartesian coordinates . Same in reason ance it s when mu permeability is constant it means in some engineering apps when we face a graduational variation of the permeability it s different not only one reasonance frequency .do u agree ? Nice presentation ty

[@monisharoseline3682]

Can you explain about the resonance of vocal tract?

[@me_strings2656]

Nice explanation.. Thank you ❤

[@vishnulavudya3160]

Good job

[@alibatebi2161]

thanks for video very informing. at 3.40 you said " if we make speaker produces frequency of 1000 HZ the glass would vibrate" would you explain how can it be done . is there any relation between frequency and amplitude.

[@dragan3290]

Nikola Tesla made a frequency generator. I just wonder what was the resonant frequency? To cause an Earthquake? Interesting video.

[@trubluecrafter1060]

Tesla was a genius before his time. God-gifted mind. Read about him.

[@dragan3290]

@@trubluecrafter1060 yeah I have. He is my idol. Also same nationality. I wish I had his brain and mind. When Einstein was asked? What's it like to be the smartest man in the world? Einstein reply with: I don't know! You Will have to ask Nikola Tesla! Lol.

[@yusufalimhudhuri7029]

Thank you so much 🥰❤️❤️❤️

[@Gust52]

If I hit a wall, does the wall also vibrate? But the sound quickly disappears in contrast to the glass situation.

[@iloveeverything4380]

What would it be if you're mixing music and u turn off the resonance or turn it all the way up

[@SkAit420]

Good explenantion, although i doubt the glass likes anything at all 😆

[@shocker..8469]

Hey thanks, that was really helpful :)

[@IbnMazroofTech]

B-U-T-FULL Video man! Love it ❤

[@Renegen1]

amazing

[@amedugideon]

Thavk you for opening my eye

[@nirhawk]

so how the pendulum can break same as the glass using the same frequency ?

[@ashervuta2373]

thanks very much eyy,,,appreciate it

[@ym7356]

3:47 When that glass started to vibrate, does that vibration produces sound?

[@IbnMazroofTech]

Vibration does produce the sound, whenever there is a vibration there must be a sound.

[@michelsaadeh4085]

Very helpful

[@laibakhan8380]

Thankyou so much! 💕

[@factism-6251]

Thankyou for this

[@AKIOTV]

np :)

[@squidacles]

What happens if you hit the glass with the pencil while the speaker resonates at its same frequency?

[@rareskanapea4602]

Jimmyyyyyyyyyy tu ești? Cheers! 🍺

[@oof.9827]

THANK YOU!

[@chandler200]

Thanks ❤

[@Areyouok-t7n]

thanks

[@coolmaths2171]

thank you