harmonics and overtones

[@Banamol]

In pipes closed at one end, there can only be odd harmonics

[@mchmch6081]

Thats what i was thinking too

[@absolutelyaweirdo]

Yeah then closed at both ends go in an arithmetic progression

[@nilambhagwat7320]

BEST EXPLANATION Finally i understood this topic in simple method great teacher ❤

[@anointedojotule9362]

Precise.Love your content sir.Thank u very much ❤

[@dhananjayjadhav9609]

Great sir 👍👍👍

[@physicshelp.online8333]

Thank you

[@prithvisarkar7348]

Thanks a lot sir.... 🙏..

[@kpnomad]

A really great video. However, wouldn't the first and second overtones in a pipe closed at one end be the third harmonic (3 times f_0) and fifth harmonic (5 times f_0), respectively? Thank you.

[@elbro5556]

​@Preppy_Girl_Amy_Slay Hello there are only odd harmonics in closed organ pipe so the 3rd harmonic should be equal to 3(f1)? Can you explain it a little bit?

[@rohansalgotra1118]

​@elbro5556 1st overtone of COP is 3rd harmonic, and 2nd overtone of COP is 5th harmonic while in OOP the 1nd overtone is 2nd harmonic and 2nd overtone is 3rd harmonic.

[@Allrounder-oo7gm]

Best

[@physicshelp.online8333]

Thank you

[@furaharudovick1708]

Nice

[@ItachiUchiha-ip5en]

Tomorrow is my exam..thnq❤️

[@thefulltimetraveller3353]

5:28 BATMAN!

[@lauraaudu7837]

❤❤

[@sanjayapang535]

Thank you sir

[@rashadrushdy4038]

Is end correction needed?

[@anointedojotule9362]

It's v/2(l+2c) for open pipes and v/4(l+c) for closed pipes

[@aj..3305]

Thax

[@arshad6698]

What is the meaning of overtone

[@lauraaudu7837]

❤❤