158 Closed Pipe Resonance

Sdílet
Vložit
  • čas přidán 26. 08. 2024
  • Check out www.xmphysics.com for more!

Komentáře • 10

  • @nz611
    @nz611 Před 4 měsíci +1

    Keep creating contents like this 🙏 lifesaver

  • @zoyahizam1541
    @zoyahizam1541 Před rokem +1

    Thank you sir

  • @milansunar143
    @milansunar143 Před 3 měsíci

    At last Sharp, Sweet, Sharp, Sweet, Sharp, Sweet......
    Because of odd integral multiples of harmonics
    f1, 3f1, 5f1, 7f1.......

  • @abhijitkolhe2733
    @abhijitkolhe2733 Před 3 lety +2

    Brilliant

  • @abhijitkolhe2733
    @abhijitkolhe2733 Před 3 lety +5

    Can u please explain it by formula including diameter and length of tube??

    • @lemuelwonah7076
      @lemuelwonah7076 Před rokem +1

      Diameter doesn't matter, only frequency(f), length(l) and speed of sound (v). First Harmonic length is v/(4f). For subsequent Harmonic lengths just add 2 to the coefficient of 'v' eg.
      V/4f, 3v/4f, 5v/4f, 7v/4f etc

  • @joelcoombs3499
    @joelcoombs3499 Před 2 lety +2

    Phasing...

  • @mostlysanetrader
    @mostlysanetrader Před 3 lety +4

    Constructive and destructive interference of the longitudinal waves ??

    • @bailey2517
      @bailey2517 Před rokem

      800hz is a harmonic of the 1st harmonic (the lowest resonance of the tube), WHEN its at those specific lengths when he moves the blocker

  • @statuswallah3515
    @statuswallah3515 Před 3 lety +1

    👍👍👍👍🙏🏽🙏🏽🙏🏽🙏🏽