What Are Harmonics? I Full Spectrum Science I Exploratorium

Join Exploratorium scientist Ron Hipschman at a live webcast where he'll investigate sound waves, interference, beats, and harmonics. What is sound? How high a pitch can you hear? Can two sounds add up to no sound? Explore these questions and more in this resonant presentation.
In this dynamic series, Exploratorium scientist Ron Hipschman covers different aspects of physics, including sound, color, heat and temperature, and electrostatics.
To learn more about Full Spectrum Science, please visit:
www.exploratorium.edu/visit/ca...

Пікірлер: 23

  • @hrishiish
    @hrishiish8 жыл бұрын

    Excellent Presentation.. The concept of waves has been depicted very neatly...

  • @babblelol
    @babblelol8 жыл бұрын

    Woah, this was really good. Blew my mind.

  • @derekholland3328
    @derekholland33286 жыл бұрын

    great instruction on this topic..thanks.

  • @amansinghal2431
    @amansinghal24318 жыл бұрын

    made my concepts much better thanks

  • @laurastackmusic
    @laurastackmusic5 жыл бұрын

    That was AWESOME. Thank you!

  • @tinfoilhatter

    @tinfoilhatter

    4 жыл бұрын

    i think he's great, too! but what did it do for you? i'm not gettin' anything, so far, in terms of learnin' anything about so-called harmonics and waves and whatnot! but i'm still glad to be here! haha!

  • @hyperbolicandivote
    @hyperbolicandivote10 жыл бұрын

    Great demonstration!

  • @exploratorium

    @exploratorium

    10 жыл бұрын

    Dean Conis Thanks so much, Ron is one of our very best science educators!

  • @drumzfeld
    @drumzfeld6 жыл бұрын

    4:38

  • @abdulgafoor7076
    @abdulgafoor70762 жыл бұрын

    Sir how harmonics are produced by the vocal folds at the same time Is there any science

  • @Sara-yf2bn
    @Sara-yf2bn4 жыл бұрын

    Can you share a link to segment 1 please?

  • @donhalejr.9162
    @donhalejr.91624 жыл бұрын

    Thought Demonstration

  • @TheMapman01
    @TheMapman015 жыл бұрын

    great

  • @kader7914
    @kader79145 жыл бұрын

    THANK YOU SO MUCH pleas send me more

  • @TheZackattack1029
    @TheZackattack10296 жыл бұрын

    how were you able to get a different vibrating frequency from the same object? does it depend on the material/size of the object that strikes?

  • @tinfoilhatter

    @tinfoilhatter

    4 жыл бұрын

    apparently, it does! not sure how, or why! i know thicker strings, for instance, feel like they have to be stretched tighter, in order to get the same note, and so they're then harder to bend, i think that's one thing i've been able to determine, -maybe! but it's slow goin', around here! haha!

  • @VeronicaGorositoMusic

    @VeronicaGorositoMusic

    4 жыл бұрын

    Holding it from the antinodes (both hands), thus, dividing the vibration of the material putting pressure on these points. I wasn't expecting this, it's amazing and being musician and interested in Physics, this made me more passionate at music than before.

  • @tinfoilhatter
    @tinfoilhatter4 жыл бұрын

    i guess i don't understand the idea of a wave 'moving' or 'not moving'- how can you tell? what does it mean?

  • @mdenamulhaqueemon3504
    @mdenamulhaqueemon35049 жыл бұрын

    Oh Allah! .......really liked it......thanks........

  • @mdenamulhaqueemon3504

    @mdenamulhaqueemon3504

    4 жыл бұрын

    @AcidDome Yeah, you know it for sure right xD . You are 100% convinced and you have no doubts. Well having no doubts about oneself is an irrational mindset. I won't argue with you bcz there are far more superior people who covered this topic. I won't even give any links here to their videos, bcz I don't know whether you have or haven't a open rational mind. As to find anything one must have a rational open mind to the logics and prooves that is being presented to him/her. So, Peace ✌️

  • @strizzyl
    @strizzyl7 жыл бұрын

    for class rings..... go jostens!!!!

  • @NzoDK
    @NzoDK8 жыл бұрын

    No one cuts heads off to sound like a duck

  • @tinfoilhatter
    @tinfoilhatter4 жыл бұрын

    WHO TOLD YOU THAT'S THE LOWEST NOTE THAT'LL ''FIT INSIDE THE PIPE'', (WHATEVER THAT MEANS)? AND HOW DO YOU KNOW THAT? oops, sorry, i wasn't tryin' to yell, i'll keep listening--thanks, please! go on! forgive me!