What is resonance in physics?

[@amma9746]

Transmitting informations from a person to another person is not given to everyone, its an art to explain and simplifying unknown science to ordinary peoples,
Thanks for the awsome video.

[@claudemontezin911]

Thank you! I wish my physics teacher was as clear and practical as you are. Well done Sir!

[@PhysicsHigh]

Thanks

[@sumistacks8660]

Let Allah rewards him

[@catsii]

45 seconds in and the concept instantly clicked for me. perfect example, absolute aces, thanks man you rule

[@nyahmenendez1978]

After eating dinner with my boyfriend I sat down my plate and spoon on the counter and it began to ring. Boyfriend assumed it was paranormal but I comforted him and said I why I think it’s because of resonance. Came here to see if I was right.
Mr. Gilmour, you’re an amazing teacher. I was dealing with some stuff then but you did get through to someone in that one 20-1 class. Sometimes there are bad students

[@MINEWISE]

Offcourse teaching is an art, sir thankyou to keep it simple and scientific at the same time

[@astha_yadav]

aone of the very best teachers on youtube I've came across

[@moonelegy5101]

Thank you for making the such good video to demonstrate the phenomenon in that clear way.

[@adrakor5449]

I wish when I went to school classes were taught like this as an example session, however, teachers need to be direct and entertaining/attention keeping as this instructor.

[@PhysicsHigh]

Thanks

[@zlu8758]

@@PhysicsHigh im gay btw

[@MidnightStorm4990]

@@zlu8758 I'm happy too

[@pamela-hua5872]

I have so many more questions now, that your lecture is forming more my mind. whole presentation is educational...its like this, I had questions, you answered many, and the new answers created new things to wonder about.

[@lifesaver417]

Good video!Explanation made clear.Thank you!

[@nicholasoberlies1486]

This is spectacular. I'm using it to help explain the essence of NMR to a group of graduate students. Your video is easier than showing up to my class with crystal glasses. My wife does not appreciate me using our wedding presents in such a manner. Thank you.

[@MeeMee-gz5vp]

This is such a brilliant demonstration for frequency. Thank you for sharing!

[@solapowsj25]

When an oscillating/vibrating body shares its energy with the neighboring bodies in contact, a rearrangement of energy quantity occurs with the body in resonance having the greatest amplitude.

[@AnonYmous-is3vx]

You are an amazing teacher!! So fascinating and easy to follow/understand. Thank you!!

[@lucasweis2851]

I just read 3 articles and watched 2 other videos and this explained it the best out of everything. Thank you!

[@PhysicsHigh]

Thanks

[@DrunkyDude97]

Great and straight to the point !
Subscribed

[@miguelfranco9655]

Thanks, this was super helpful and deepened my understanding of resonance

[@PhysicsHigh]

Glad it helped.

[@EzekielKerua]

Best video on resonance. Thank you sir

[@nordicslav3684]

Great explanation made clear. Loved how you showed how resonance is an integrated factor in our everyday life.

[@martinpintrava]

Thanks for helping me understand resonance

[@straightforward3402]

Sir ... that was an absolutely brilliant video

[@nazimbaluch6020]

Thanks for this nice video; very effective demo - easy to understand.

[@prashanthd3996]

Great explanation...with real life example..😊

[@MuhammadHusni24]

I designed a horn for ultrasonic transducer. Yeah this is the basic for measure how long the horn that can be resonance, so the horn have good ability to transfer the vibration from transducer

[@I_guess_Im_bored]

im a 7th grader studying for my exam riht now, and you helped me understand resonance, I couldn't find the fact that the amplitude increase when resonance occurs

[@nicholaslumanyika4957]

Great explanation ❤❤❤

[@sarangabbasi2560]

SIr you should have given warning.
3:10 it can cause serious injury.

[@raptorrogue4227]

Saved me!

[@sarangabbasi2560]

@@raptorrogue4227 pleasure.

[@mohamednomear633]

@@sarangabbasi2560 if there was no damping the glass would break, right?

[@sarangabbasi2560]

@@mohamednomear633 if it was 556 hertz.

[@4m0d]

The swing analogy helped a lot.

[@francisayepah]

I'll be glad if you can make a video on resonance using water, burettes and tuning fork. Thank you

[@Riccamusiq]

Very helpful. Thank you

[@reyhaangehani1773]

Nice demo sir. I'm going to ace my physics exam now.

[@amirhayati07]

Well explained!

[@Yuki_Ika7]

the idea of a super power of being able to control resonant frequencies is my favorite idea for a super power, it would be extremely powerful and helpful

[@creativefilming8663]

i like the way you explain i did understand

[@indyyoutubeaccount9826]

thankyou paul, i have subscribed liked and made a comment down below

[@ottohuber7796]

Helped me a lot with my test

[@uchihakakash506]

Thanks for explaining resonance

[@asrulbakar4427]

great explanation & presentation!

[@curiouslolo8024]

TYSM I understood do much

[@sikanyikainnocent456]

Nice piece of educational information

[@24mirahad]

Amazing ❤

[@sanyogitakumari9026]

Great effort! Appreciate it!

[@HumbertoBessoObertoHuerta]

Thanks for the great clear explanation. I am learning token engineering, but not an engineer (yet;) and this jargon was new to me.

[@charlenemacomber1777]

Thank you for this wonderful presentation about resonance! I have been searching for an understanding and with your video and clear explanation in everyday life, I had my AH HA moment! Wish you were our Physics teacher!

[@makuoobimma1812]

Wow ...it was so helpful

[@saurabhchaurasia7937]

Perfect sir❤️❤️

[@amoghkulkarni3519]

really helpful , thank you sir

[@PhysicsHigh]

You are welcome.

[@asfandyar814]

Keep it up sir it was really helpful....❤

[@riyabhalla8906]

wow ! This video was amazing and it enhanced my knowledge of regarding the topic.

[@PhysicsHigh]

Glad you like it.

[@realkanavdhawan]

What shatter the glass is
1. Frequency of vibration = Glass Natural frequency
2. Amplitude of vibration or here SPL (Sound Pressure Level) in dB or Loudness
3. Lower amplitude vibration energy can be easily converted to heat by glass damping coefficient but higher amplitude vibration energy cannot be converted to heat efficiently so the major portion will go on increasing the amplitude with time such that being a brittle in nature when amplitude is high stress inside glass will cross yield point which is also ultimate breaking point and thus it will shatter the glass

[@bikkinarohith1006]

extraordinary explanation......thank you!!

[@tanviprincess2175]

Thank you so much sir.

[@priyajeevanparida5876]

Thank you sir

[@tinataheri4559]

thank you so much, this really helped

[@Mango_9934]

Thank u bro

[@dingdingluan2399]

Nice video!! Brilliant!!!!!

[@PhysicsHigh]

Thank you very much!

[@AtroXAir]

Great, thank you!

[@vikrampatkar5264]

awesome video sir

[@sog4342]

From THPT Đống Đa with love

[@nashikotoshigwedha4741]

Good one, was veryhelp. Thnk you

[@saul1165]

Thanks lad

[@S_s_12345iwuysh]

Thanks helped a lot 👍👍👍

[@PhysicsHigh]

Glad to hear 😊

[@mrmcafeeboat2887]

Great sir

[@teooi1074]

Thanks sir! Truly helpful!

[@krushnaparkhe]

Thanks sir ji🇮🇳

[@113_manshi8]

Thank you for this video!

[@erinagdp7799]

Excellent

[@alam3741]

Very well explained 👍🏻

[@sanah4800]

Very informative video. Thank you! :)

[@PhysicsHigh]

You’re welcome

[@ndamulelotshikwela8167]

This was very helpful thanks

[@jwmmitch]

Is there anything in resonance about the effects of half or 1/4 of the frequency?
And also, now I'm going to look up more about "natural frequency"

[@benh4984]

Very well explained thank you

[@dhruvsagoriya]

Very Good Video sir
Keep it up

[@victorsoler1844]

Great explanation!!

[@sillybears4673]

What type of vibration happens in the target object when you add a higher octave of the same frequency tone. So 575 compounded with 1150 and 2300 all together.

[@knz6212]

Thank you :)

[@hahahoho3010]

I love this

[@antonnovo695]

Thank you! But how did you find out the frequency of the glass?Thanks

[@PhysicsHigh]

Trial and error, using an audio oscillator. I have pretty good pitch.

[@anayaaly7460]

Very well explained

[@keerthiniki]

Simple and clear

[@PhysicsHigh]

Thankyou.

[@LiamJohnson07]

Awesome explaination sir

[@jonaslaww]

Thanks a lot!

[@oscarkris6954]

Thank you.

[@PetakyahBuckley-ht5iz]

My masters very busy summarize it in 20 words or less(One punch Man). Me I vote 2 paragraphs or less. Still thanks

[@microhoarray]

Thanks sir this is a great explanation

[@howto6658]

so what is understood is....
Every object has a natural frequency and resonance is when an object continuously receives frequency at the rate of its natural frequency its vibrations increase than its natural frequency vibration rate...
and damping is slowing down its excess vibrations?
correct me if I understood wrong.

[@thetimenews7350]

Great teacher

[@PakGaming-360]

My screen protector cracked 😂

[@samprithcamin7394]

Thank you sir...

[@allistarcenter3]

Good video Paul!!!

[@hninnhlaing9909]

Thank you, Sir.

[@rahulahirwar9634]

if i hit the glass with more force it would vibrate with more amplitude, can it still be a natural frequency ?

[@PhysicsHigh]

Yes

[@rahulahirwar9634]

@@PhysicsHigh thank you sir

[@zee-xf9gb]

THANK YOU SO MUCH

[@keira6188]

amazing show stopping stunning

[@stec9451]

thank you

[@princessaleiah]

Thanks.

[@bestoflucknikki2521]

Very helpful

[@Orhan-wc4ib]

does everything have a neutral resonance. how does it come to be

[@avnishnegi7787]

amazing video

[@petereziagor4604]

Nice video

[@PhysicsHigh]

Thanks