Added: 3 years ago
From: robke136
Views: 23,507
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  • @Mavericker7 I think crystal resonates at higher frequencies, but I could be wrong.

  • @sk8ersruletheworld1 The water in the glass is damping the effect and prevents it from imploding. If we would increase the volume of the speakers, it would indeed destroy the glass

  • @robke136 Do it and make a video of it. xD

  • Damn I'm glad I had the headphones on the lowest volume possible before I heard this ;D

    Interesting experiment but there could maybe be a warning before?

  • wow my speakers were on full and almost blew them up

  • If the glass is being hit with it's resonant frequency, shouldn't the glass implode?

  • Thats pretty cool

  • dosent looks like water wat is it?

  • it is water, but we added a little 'cork'(My English isn't so good, so I hope 'cork' is a good translation for the wooden thing that's used to seal a bottle of wine?) to it to make it visible on tape

  • @robke136 i know what it means...thx anyways..

  • have you ever played musical glasses? meaning did you fill the glass up to a specific amount of water (basically tuning it to your own specifications) then rubbed it with your finger to find its harmonics? then tried using its resonance frequencies?

    Ive done some amazing stuff with a quartz singing bowl in my days, basically boiling the water without heat and creating luminescence at times even!

  • @sn1pe352 Thats an interestin experiment would you explain to me how you could get water boiling without heat.

    Thanks

    PS: Researching Water Resonance to make more efficient electrolysis.

  • @jlmiami1 @ water boils from 2 main reasons....heat and atmospheric pressure acting on it...if we put the temperature constant but increase the atmospheric pressure..than water will start boiling.....take a spherical beaker( the flask with the spherical base) with some amount of water in it,make it air tight ( with cork on mouth),,

    heat it at base at normal temp__

  • @jlmiami1 ...afterwards when the water is close to boiling remove it from flame turn it upside down and apply hot or even cold water on its spherical side ....you will see that water will starts boiling again.....yoo@!!

  • well it looks like you are close to find a frequency thats brake a water molecules !! it sould be something around 12khz and 42 khz but first is better keep testing !!! try to ad some more harmonics wave to this frequency

    chers from poland !!!

  • if u found and execute the frequency to break the molecules of water, i bet u'll die like in da microwave

  • well it looks like you are close to find a frequency thats brake a water molecules !! it sould be something around 12khz and 42 khz but first is better keep testing !!! try to ad some more harmonics wave to this frequency

    chers from poland !!!

  • The vibrations have nothing to do with the water molecules. the water molecules move due to the vibrations of the glass.

  • ur smart!!! :) btw.. have you ever turned it on so high that it burst?

  • so you are saying thats the glassresonance frequentcy not the water ?

  • It is the resonance frequency of the glass, but the water in the glass causes damping and lowers the resonance frequency.

    So a glass filled with water has a lower resonance frequency then the same glass without the water.

  • Its looks like you found a frequency almost enough to break that glass. If your frame rate was fast enough you could go back, slow it down and watch the glass oscillate.

  • whats a node i see two somethings

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