@iflamenko Does the resonance frequency of a glass is completely related with the glass material, or it has something to do with the dimensions itself?
@sirfreakman it does have something to do with the material, uniformity, etc. For instance, you could get a set of 6 or 8 wine glasses. Of course they have the same shape and even made out of the same material, but you'll find out that their resonance frequencies are different. You can even try buying expensive glasses that are very uniform which I actually did. Still, their resonance frequencies were somewhat different.
Hey, I am trying to set up this experiment. Is there a specific kind of speaker that allows you to dial in specific frequencies? Is it possible to use a home speaker and a Waveform Generator somehow? What do you think about using a shaker table instead of a speaker?
@iflamenko Just from being able to hear the glass in the background, you didn't match pitch at all. Having perfect pitch I'll tell you that glass was right around 620 Hz. Volume and imperfect oscillation allow one to shatter glass with the pressure, but this was not resonance match, sry.
@Icyveins906 We actually used this demonstration in the class to show that one has to match the resonance freq in order to oscillate the glass & then break it. 4 instance we tried neighboring freq & played with the strobe light, the glass wouldn't oscillate. We even used pith balls to bounce off of the glass as a visual indicator to show the resonance freq. Consistently, we had to reach the resonance or very close to it before oscillating and breaking it, otherwise it wouldn't break.
@cKlutcHJ21 well, if you produce a sound with the same frequency of the glass, you`ll make it vibrate stealing energy from that sound, so changing the amplitude of that sound could cause some parts of the glass to break...
@AsianHideOut 'o.0 wait a minute your saying bruce lees telling chuck norris to break chucks self by himself =o!!! CANT EVER talk about CHUCK NORRIS in a mean way all the yt video dislike bars are his code broken keys that get mailed to his house saying in each letter "youtube disliked this video" CHUCK: i shall BE THERE IN A DAY *early rip grave before the day*
@GMasis001 Yes, it does move like that. Just about every solid object oscillates; suspended bridges, table tops are good examples. This glass oscillated over 400 times per second (400 Hertz frequency); fast enough that your eyes can't see it. However, If you looked at the oscillation under strobe light which I used in this video, you'll see the oscillation. Say glass oscillates at 400 Htz, then set the strobe to say 399 Htz and you see the glass oscillating at one Htz.
In our vocal chords, with a voice utterance, a white thing in there vibrates like this glass (I don't know this name), and both vibrate like a flag in the wind, slow. But why slow?
I've got a thermodynamics question. Is resonance a demonstration of efficient energy transfer? Also, human errors in sampling would probably associate the force requirement to break that glass with a bare hand as being several orders of magnitude higher than what is clearly required to do so, as demonstrated by this video. What are some examples of documented cases where mainstream scientific research was flawed based on misconstrued energy requirements?
@Firagax2 patents also exist for perpetual motion devices besides several cancer and AIDS treatments and cures. Yet, AIDS is far from being cured, as are most forms of cancer, and perpetual motion is against the laws of Physics.
Patents can be made without proof of the invention's efficacy, and are therefore unreliable as proof or evidence for almost anything. Find a scientific paper from a respected magazine claiming so and I'll change my mind.
what was the frequency? And if other frequencies are being emitted at similar volume does it dampen or negate the effect of the glass shattering frequency?
@skillzflux , for every wine glass that I tried the ranges were different. I remember them being anywhere from 450 Hz - 800 Hz. The sound coming out of the speaker is loud and close enough that overwhelmes other background noises. I oscillated glasses in a lecture room with 200 students and broke them with no problem.
Breaking glasses with the human voice was first described in 1670 by Professor Morhof, when he wrote about Nicolaes Petter, wine merchand and martial artist in Amsterdam, who did so to amuse his customers and friends.
Not possible to destroy the virus in such way either, not all materials resonate as well as glass, you wouldn't have much luck trying to break a rubber cup, for instance.
Besides, viruses are protein capsules, sometimes covered in lipid bilayers, and containing DNA or RNA. If you could break any of those with sound, you wouldn't be able to use it as therapy, as your own cells are made of all those ingredients (and few more).
@kadukov Thanks man. I knew it was dreaming on my part. I am still fooling around with some theories as how to kill those annoying invaders in the body. All viruses in the body must die, viruses MUST DIE. :)
@kadukov I totally agree with you. It must be near impossible to oscillate non uniform structures like tissues or living organisms. Even if you tried to measure the resonance frequency of a cheap wine glass that is not uniform, you'll find out that it is not easy at all, let alone a far more complex structure such as viruses, although the idea of it to me is pretty darn cool.
@iflamenko actually, the major problem is selectively doing so. Since living beings are made of cells (let`s put the virus aside for a minute) and cells are made of LOTS of water, you can resonate the water in them instead - much like what happens when you put a glass of water near a boom box.
There's a lab protocol called "sonication" that involves using an ultrasonic bath or probe to disrupt the cell membranes and letting the cytoplasm and it's content be released. Google it for details =]
@Sambilu I agree with you 100%, but for a different reason. We do have your so called Crystal Aliens here on Earth attacking and killing us by the Millions they are called Viruses and Bacteria just like Glass they have a shape that can be shattered by this technology. Thank you for unknowingly curing millions.
I do the same thing with my guitar, sing a g note and make the guitar's g note resonate, or glass lamp shades around the house, its good pitch practice for the voice and annoys the hell out of my cat.
we're actually having a research about wine glass music, however, we're planning to vary some factors. most people pour water inside the glass then they rub the edges with wet hands to produce a sound. what if we change the setup? what if we use oil or even have a thicker glass? how can we explain the changes in scientific terms?
we learned about this in the school. If an object has the same frequention as an other object (here: the wine glass) it's start moving and maybe will get destroyed
Yes, humans have a natural frequency, and it affects us in the same way as it does the wine glass, making out ear drums and body vibrate.
The Natural Frequency of a human being is a pretty low pitch sound that can only just be heard but if a sound is played at this correct frequency from a high powered horn of some sort it can affect humans over 1 mile away.
hey, why we heard only one frequency when we pass the humid finger at the glass's border, faster or slowly, soft or strong? And why the glass with water makes a lower pith "ding" than the empty glass?
would be interested to know if the glass broke quicker if the sound was interupted at repid intervals (much like how an ABS system works with brakes). I would put my money on the fact that it WOULD. :-)
younggbeatmaker, traditionally people use oscilloscope and a microphone to get the resonance frequency. However, my oscilloscope at the time was broken and I had to come up with alternative (and cheaper) way to measure it. I used a combination of digital guitar tuner, pith balls and signal generator to get the exact resonance frequency. The explanation is way beyond the 500 chars I am allowed to write here. If interested, drop me a mail and I'll give you the very long version of the set up.
@younggbeatmaker You can do it if you place something light like a plastic straw in the glass, and crank up the frequency on a sine wave tone generator until the straw starts jumping around aggressively. I saw them do it this way on Mythbusters. They then got a rock singer to sing the frequency and smash the glass by singing into a microphone.
yeah..when the freq of the signal generator is the same as the natural freq of the glass itll start to resonate at about 0:33 ish..the amplitude will be so strong it breaks!!
You tap your finger on the glass, the tone of the "ding" is the same as the tone you have to play to break the glass. Then you use a signal generator to play the exact same tone.
Resonance is when a system organic or inorganic oscillates at larger amplitudes at certain frequencies than at others which is also known as the system's resonant frequency. Hope that helps. :)
Resonance's such a powerful effect, that even aircraft parts and huge steel bridges can swing and break like that, if an external force - not necessarily a sound! - is applied with a frequency that is very close to the structure's proper one. really interesting video!
The frequency of the sound matches the natural frequency of the glass, therefore inducing resonance. The amplitude of the glass increases by a significant factor causing it to vibrate. Continuous vibration eventually sends energy into scratches or imperfections on the surface of the brittle glass, causing the glass to scatter.
Not fake. I wonder at what hertz was this done
Fbgom7 21 hours ago
This has been flagged as spam show
very interesting thanks
grisgrisy 2 days ago
fake!
sindredit 1 month ago
dumpert
2991PW 1 month ago
SPUDOW!!
AlejandroChaban 2 months ago
that has got to be the most annoy sound ever....
bballgirlj955 2 months ago
but will it bend?
problemchild400 2 months ago
@iflamenko Does the resonance frequency of a glass is completely related with the glass material, or it has something to do with the dimensions itself?
sirfreakman 2 months ago
@sirfreakman it does have something to do with the material, uniformity, etc. For instance, you could get a set of 6 or 8 wine glasses. Of course they have the same shape and even made out of the same material, but you'll find out that their resonance frequencies are different. You can even try buying expensive glasses that are very uniform which I actually did. Still, their resonance frequencies were somewhat different.
iflamenko 2 months ago
*computer screen smashes*
avylady83 3 months ago
did i just saw bieber's face on the glass before it broke?
knorrm0123 3 months ago
Broke my damn eardrums
The43312 3 months ago
Hey, I am trying to set up this experiment. Is there a specific kind of speaker that allows you to dial in specific frequencies? Is it possible to use a home speaker and a Waveform Generator somehow? What do you think about using a shaker table instead of a speaker?
pd010230 3 months ago
What is that equipment use to break the glass?
fireblade1247 3 months ago
how many herts is that
sammew123 3 months ago
@sammew123, from what I remember I think this one was over 700 Hz. Some other glasses I tried were around 450 Hz.
iflamenko 3 months ago
@iflamenko but i thought that humans could only hear 16 max
sammew123 3 months ago
@iflamenko Just from being able to hear the glass in the background, you didn't match pitch at all. Having perfect pitch I'll tell you that glass was right around 620 Hz. Volume and imperfect oscillation allow one to shatter glass with the pressure, but this was not resonance match, sry.
Icyveins906 2 months ago
@Icyveins906 We actually used this demonstration in the class to show that one has to match the resonance freq in order to oscillate the glass & then break it. 4 instance we tried neighboring freq & played with the strobe light, the glass wouldn't oscillate. We even used pith balls to bounce off of the glass as a visual indicator to show the resonance freq. Consistently, we had to reach the resonance or very close to it before oscillating and breaking it, otherwise it wouldn't break.
iflamenko 2 months ago
Hey ppl can I use my speakers playing this sound to break a glass on my table?
GreenCakeLazer 4 months ago
how to you do this ?
Costas1998 4 months ago
@iflamenko
Does the effect depend on the amplitude of the sound as well? Or is it strictly based on the frequency?
cKlutcHJ21 5 months ago
@cKlutcHJ21 well, if you produce a sound with the same frequency of the glass, you`ll make it vibrate stealing energy from that sound, so changing the amplitude of that sound could cause some parts of the glass to break...
considering energy = amplitude = volume
GreenCakeLazer 4 months ago
fuck chuck norris holy shit
asianguyfrom2012 5 months ago
Lyrics: Piiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii
SoReTeam 5 months ago
i turned off the sound. i was drinking milk. in a glass.
simenTheTee 5 months ago 2
This has been flagged as spam show
@simenTheTee Ha! Ha! Ha!
lilytoka 3 months ago
My fucken wine glass broke while listening to this video. WTF!
8015908 6 months ago
that broke my head!lol
daydreamers1999 6 months ago
I wonder if you could shatter other crystal lattices this way, like salt, etc.
ion010101 7 months ago
This has been flagged as spam show
hallo.
i am doing this project at my university
can you help me with a few details?it will be very usfull to me/
shayaac@gmail.com
thank you
shaiacob 8 months ago
Chuck Norris: Break yourself glass -.-.....
Glass Cup: *breaks*
stickfiguresmaster 8 months ago 3
@stickfiguresmaster bruce lee: break yourself chuck norris
chuck norris: *breaks*
AsianHideOut 7 months ago
@AsianHideOut :P
stickfiguresmaster 7 months ago
@AsianHideOut 'o.0 wait a minute your saying bruce lees telling chuck norris to break chucks self by himself =o!!! CANT EVER talk about CHUCK NORRIS in a mean way all the yt video dislike bars are his code broken keys that get mailed to his house saying in each letter "youtube disliked this video" CHUCK: i shall BE THERE IN A DAY *early rip grave before the day*
stickfiguresmaster 7 months ago
Resonance pwns glass! :D
joejakeproductions 8 months ago
@joejakeproductions resonance can own pretty much everything..
ILoveSk8brdng 8 months ago 2
SHIT, my screen
no1any 9 months ago
Does it move like that in real life? And why???
GMasis001 9 months ago
@GMasis001 Yes, it does move like that. Just about every solid object oscillates; suspended bridges, table tops are good examples. This glass oscillated over 400 times per second (400 Hertz frequency); fast enough that your eyes can't see it. However, If you looked at the oscillation under strobe light which I used in this video, you'll see the oscillation. Say glass oscillates at 400 Htz, then set the strobe to say 399 Htz and you see the glass oscillating at one Htz.
iflamenko 9 months ago 18
@iflamenko MATH!!!!
JBunnehboo 3 months ago
this vid broke ALL MY WINDOWS xD
Babelfish112 10 months ago
what is the output wattage of the speakers?
flameblasto 10 months ago
Is it bad that I imagined the atoms screaming, "stop datttttttttt :["
omgharajuku 10 months ago
can I do that with the sound of youtube???
georgerelax7302 10 months ago
I would just like to say. . . .
AaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAaAa
derman077 11 months ago
In our vocal chords, with a voice utterance, a white thing in there vibrates like this glass (I don't know this name), and both vibrate like a flag in the wind, slow. But why slow?
quintusinferni 11 months ago
I have a wine glass just beside my speaker and it broke when I played this video, damn.
Twi1ightFr0st 11 months ago
looks like jell-o
TaeVaiL3 11 months ago
Thats cool, I wanna try xD
vik2rrr 1 year ago
This has been flagged as spam show
Hi, can you send specs on your amplifier and the speaker used in this setup? Is that a transducer? thx.
nlimchua 1 year ago
Hi, can you send specs on your amplifier and the speaker used in this setup? Is that a transducer? thx.
nlimchua 1 year ago
The sound almost break my ears too with my headphone on. lol
nack 1 year ago
@nack haha same i had my volume at max i nearly shat my pants
TheWhiteOwl23 11 months ago
Justin beiber can do that too
2009Fireblade 1 year ago 44
@2009Fireblade Chuck Norris can break a glass by whispering at it
zirukurt01 10 months ago 63
@2009Fireblade Lol
kyravink 4 months ago
I've got a thermodynamics question. Is resonance a demonstration of efficient energy transfer? Also, human errors in sampling would probably associate the force requirement to break that glass with a bare hand as being several orders of magnitude higher than what is clearly required to do so, as demonstrated by this video. What are some examples of documented cases where mainstream scientific research was flawed based on misconstrued energy requirements?
GliTCH11 1 year ago
its awesome how the glass is moving like that, its almost ,like its not a solid object, but energy!!!
cronicjointpain 1 year ago
If you play this loud your computer monitor breaks
taskusonkonid 1 year ago
It would be easier if you dropped it
harrygoozee 1 year ago
Why is it "wiggling"?
Howrseylover 1 year ago
aaah my ears!!
MrRik338 1 year ago
Everything in the universe has a note nail, refer me to the musical notes, when key of the goblet find the note this broke .
If we put two pianos in tune exactly the same, when touching a note in one, the other one also sound equal without need to touch it.
Calls also grade his synthesis,
Everything vibrates, we also have a vibratory frequency
omandi4 1 year ago
wtf? is it in a freken microwave
endorphinmaster2pt0 1 year ago
mt teacher shoud me this my music teacher and a boy scremend when it broke
SadieandArianna 1 year ago
@Firagax2 patents also exist for perpetual motion devices besides several cancer and AIDS treatments and cures. Yet, AIDS is far from being cured, as are most forms of cancer, and perpetual motion is against the laws of Physics.
Patents can be made without proof of the invention's efficacy, and are therefore unreliable as proof or evidence for almost anything. Find a scientific paper from a respected magazine claiming so and I'll change my mind.
kadukov 1 year ago
This has been flagged as spam show
It's breaking my ear too
shadowxp951 1 year ago
It's breaking my ear too
shadowxp951 1 year ago
MAX VOLUME, MY EARS HURT
Lawdrun 1 year ago
what was the frequency? And if other frequencies are being emitted at similar volume does it dampen or negate the effect of the glass shattering frequency?
skillzflux 1 year ago 2
@skillzflux , for every wine glass that I tried the ranges were different. I remember them being anywhere from 450 Hz - 800 Hz. The sound coming out of the speaker is loud and close enough that overwhelmes other background noises. I oscillated glasses in a lecture room with 200 students and broke them with no problem.
iflamenko 1 year ago 6
@iflamenko
You broke the students? With SOUND? :O Damn, I'll quit studying immediately!
beaverstrike 11 months ago
@iflamenko can you oscillate a human being?
rocaho001 6 months ago
my ears D:
kshayk0 1 year ago
FUck My ears!!!!!!!!!!!!!!!
Doggchief 1 year ago
@Doggchief please sir, keep your sexual fetishes for yourself.
Just kidding.
But do.
kadukov 1 year ago
kool...it happened so fast,u can hardly see it on pause play,pause play......time warp..lol
princessliz15 1 year ago
It's really cool how the glass seems to move in a wavelike motion before it breaks.
SteubenDesign 1 year ago
Breaking glasses with the human voice was first described in 1670 by Professor Morhof, when he wrote about Nicolaes Petter, wine merchand and martial artist in Amsterdam, who did so to amuse his customers and friends.
SundangsMods 1 year ago
I wonder if its possible to find the frequency in which viruses dwell within out body, so as to destroy them in the same way.
Ninearm 1 year ago
@Ninearm not possible at all.
Not possible to destroy the virus in such way either, not all materials resonate as well as glass, you wouldn't have much luck trying to break a rubber cup, for instance.
Besides, viruses are protein capsules, sometimes covered in lipid bilayers, and containing DNA or RNA. If you could break any of those with sound, you wouldn't be able to use it as therapy, as your own cells are made of all those ingredients (and few more).
nice try though =P
kadukov 1 year ago
@kadukov Thanks man. I knew it was dreaming on my part. I am still fooling around with some theories as how to kill those annoying invaders in the body. All viruses in the body must die, viruses MUST DIE. :)
Ninearm 1 year ago
@kadukov I totally agree with you. It must be near impossible to oscillate non uniform structures like tissues or living organisms. Even if you tried to measure the resonance frequency of a cheap wine glass that is not uniform, you'll find out that it is not easy at all, let alone a far more complex structure such as viruses, although the idea of it to me is pretty darn cool.
iflamenko 1 year ago
@iflamenko actually, the major problem is selectively doing so. Since living beings are made of cells (let`s put the virus aside for a minute) and cells are made of LOTS of water, you can resonate the water in them instead - much like what happens when you put a glass of water near a boom box.
There's a lab protocol called "sonication" that involves using an ultrasonic bath or probe to disrupt the cell membranes and letting the cytoplasm and it's content be released. Google it for details =]
kadukov 1 year ago
@Ninearm it has to be possible.. and it's being said that this technology has already been discovered.. Look up information on Royal R. Rife
91100249110025 1 year ago
pretty damn flexible glass aint it ? nice
spacekees102 1 year ago
Comment removed
redbaron9874 1 year ago 2
@redbaron9874 lol
dearjunehardcore 1 year ago
is that glass wigling
raistlinmajere98 1 year ago
wtf!!!!!!!!!!!!!!!????????????????????
iceburgermillenium 1 year ago
i thought i was gonna shatter then :P
Xjordanary 1 year ago
so, can you break a stone into pieces by tuning into its resonance and amplyfing it?
op684 1 year ago
IF YOU MADE THAT SOUND NEAR ME YOUR HEAD WOULD BREAK JUST LIKE THAT GLASS...GARANTEED
MERCURHILLMANIAC 1 year ago
If we ever find evil alien crystal based life. We will have something like this to fight against them.
Sambilu 1 year ago 2
@Sambilu I agree with you 100%, but for a different reason. We do have your so called Crystal Aliens here on Earth attacking and killing us by the Millions they are called Viruses and Bacteria just like Glass they have a shape that can be shattered by this technology. Thank you for unknowingly curing millions.
shivadamour 1 year ago
always finding new ways to destroy things, so useless
blade853 1 year ago
I do the same thing with my guitar, sing a g note and make the guitar's g note resonate, or glass lamp shades around the house, its good pitch practice for the voice and annoys the hell out of my cat.
guitdude09 1 year ago
Woah! Awesome!
Simracer1990 1 year ago
Oh my god how will you drink wine now
blahdob 1 year ago
@blahdob
With the smashed wine glass... because I'm a hardcoar wine taster, bitch.
deed02392 1 year ago
according to my letts revision guide for A level physics, several helicopter crashes have been caused by the resonance of the pilots eyeballs :S
TheGameFootage 1 year ago
some people here desperately need to take a physics course
anonymous345 1 year ago
why??? the poor glass...
Prodigy502 1 year ago
owwwww my headdddd i just got the worst headache watching this lol
doodlespop 1 year ago
@doodlespop smart thing to do would have been to turn the volume down or off! haha
richhobo94 1 year ago
soo interesting how we can move glass at a high pitch an its a confirm solid but can break easily an move at high pitch
sonicxlc123 1 year ago
i love trolling youtube haha i aint a retard i know how it happened XD
Elioslol 1 year ago
I wathed that before at Pink Panther
ganzmavag 1 year ago
What the deuce is wrong with this Vid.....It won't play!!
ZoeDrakes 1 year ago
It's fake cus a glas doesnt move i never saw a glass move so it must be fake they just used after effects else it couldnt be done !
Elioslol 1 year ago
@Elioslol so I'm guessing you don't believe in oxygen either..
williamcuntsworth 1 year ago
@Elioslol oh god there are actually people who never been to school!
toodamnacid 1 year ago
And the easiest way to find it's resonant frequency is to actually USE your ears...
VeXorian1337 1 year ago
The glass totally looks like a liquid
CharlySah 1 year ago 2
OMG IDIOT MY TV EXPLODED!!! D:<!! (joke) :DD
lol cool XD
Mateo9102 1 year ago
easiest way i know of finding the frequency the glass makes, u can just put a straw in the middle of it, and you can try that with ur voice.
pedrofezz217189 1 year ago
maaan, does this affects ourselves when we hear that sounds from video?
gioperc 1 year ago
mad trippyyyyy yooooooo
MCCCXXXVlI 1 year ago
it wigged :3
Naosmee10 1 year ago
can i get oscillator in MP3 format for moblie phone to break glass sorry for bad english
11Nidzo11 1 year ago
Do you think I could do this with a guitar?
What note should I make? what fret?
stilox000 1 year ago
we're actually having a research about wine glass music, however, we're planning to vary some factors. most people pour water inside the glass then they rub the edges with wet hands to produce a sound. what if we change the setup? what if we use oil or even have a thicker glass? how can we explain the changes in scientific terms?
lavesor1234 1 year ago
yea i heard that the brain also have a waves and frequencies to and if you match it with other object frequencies it can do stuff
Cammofluage 1 year ago
The glass moved like it was jelly!
jvoorII 1 year ago
we learned about this in the school. If an object has the same frequention as an other object (here: the wine glass) it's start moving and maybe will get destroyed
krismignolet 1 year ago
Yes, humans have a natural frequency, and it affects us in the same way as it does the wine glass, making out ear drums and body vibrate.
The Natural Frequency of a human being is a pretty low pitch sound that can only just be heard but if a sound is played at this correct frequency from a high powered horn of some sort it can affect humans over 1 mile away.
MrJackanddena 1 year ago
@MrJackanddena would that be the frequency the police use in their sound weapons?
neobob187 1 year ago
that shit is cool
KartKing4ever 1 year ago
do humans also have a "natural frequency"? oO
pithikoulis 1 year ago
what is resorance?
NoneNameAvailable 1 year ago
what amp did you use and what speaker did you use. how much was the watts of the amp
chubbyson95 1 year ago
Must've been loud.
Cartoonruf 1 year ago
Hey this is so cool my friends at my table are doing a project and will love useing your video
jeanie1202 2 years ago
hey, why we heard only one frequency when we pass the humid finger at the glass's border, faster or slowly, soft or strong? And why the glass with water makes a lower pith "ding" than the empty glass?
quintusinferni 2 years ago
would be interested to know if the glass broke quicker if the sound was interupted at repid intervals (much like how an ABS system works with brakes). I would put my money on the fact that it WOULD. :-)
russhurley 2 years ago
how did you found the glass's frequence ?thank you
younggbeatmaker 2 years ago 3
younggbeatmaker, traditionally people use oscilloscope and a microphone to get the resonance frequency. However, my oscilloscope at the time was broken and I had to come up with alternative (and cheaper) way to measure it. I used a combination of digital guitar tuner, pith balls and signal generator to get the exact resonance frequency. The explanation is way beyond the 500 chars I am allowed to write here. If interested, drop me a mail and I'll give you the very long version of the set up.
iflamenko 2 years ago 8
@iflamenko Hey can you give me your email adress please.
younggbeatmaker 1 year ago
@iflamenko
cool, I have heard there are singers who can do it!!
planes3333 1 year ago
@iflamenko
Great Job,
i am 2nd yr engineering student, my lecture showed us your video to explain the resonance,.
leonzhou888 1 year ago
@iflamenko this stuff is so interesting to me, if you could help me understand it to, that would be great!!!
cronicjointpain 1 year ago
@iflamenko it wobley :) XD
eyesk8ter 1 year ago
@younggbeatmaker
from the glass ^^
glass gives the sound wich can break it...
SibirianHusky 1 year ago
@younggbeatmaker You can do it if you place something light like a plastic straw in the glass, and crank up the frequency on a sine wave tone generator until the straw starts jumping around aggressively. I saw them do it this way on Mythbusters. They then got a rock singer to sing the frequency and smash the glass by singing into a microphone.
SamWBellis 1 year ago
@SamWBellis makes ya wonder about those mythbusters guys huh. They sound a little cracked to me
fgleich 1 year ago
at what frequency did it
citaskeeter420 2 years ago
This comment has received too many negative votes show
i dont think it can break any other glass, other then this jelly glass
LightSpeedSTUD10S 2 years ago
LOL.
That's real glass.
boobah12321 2 years ago
lmao
devs76 2 years ago
yeah..when the freq of the signal generator is the same as the natural freq of the glass itll start to resonate at about 0:33 ish..the amplitude will be so strong it breaks!!
Vekey2 2 years ago
that's really cool
Str1cker 2 years ago
Great treatment for alcoholics.
Squizree 2 years ago 32
@Squizree for real
thomas242007 1 year ago
cool... how many decibels you need to do this?
ChesterEldar 2 years ago
it isnt intensity of the sound it is the frequency of the sound matching up with the natural frequency of the wine glass
LilPadan 2 years ago 2
It is also the intensity. Otherwise, every time the glasses natural pitch was hit, it would break. We would have glasses breaking all over the place.
GaryProVox 2 years ago 3
i thought it just had to be a sustained sound at the glass's natural frequency
AplusCog 2 years ago
millions.
N6688846993 2 years ago
i hear they say that all glass hae different range just tap the glass and thats it...
TimothyOng98 2 years ago
is there any way to shoot sound waves at a wine glass filled with water to make sounds
dannyko217 2 years ago
How do you find the right frequency??
eloquis 2 years ago
You tap your finger on the glass, the tone of the "ding" is the same as the tone you have to play to break the glass. Then you use a signal generator to play the exact same tone.
Neutron939 2 years ago
Is this video being played in real time or has it been slowed or sped up?
justandy333 2 years ago 2
thats cool how the glass bends
ToxicL0ck 2 years ago
the power to assemble or destroy
CYMATICS
MockEmpire 2 years ago 7
can someone plz explain to me wut resonance is?
emonypemony 2 years ago
Resonance is when a system organic or inorganic oscillates at larger amplitudes at certain frequencies than at others which is also known as the system's resonant frequency. Hope that helps. :)
Illiyuwn 2 years ago
how do you find the resonant frequency or do you just experiment with various sine waves?
Illiyuwn 2 years ago
I think it's sad.
SCManagement 2 years ago
Isnt it weird that the camera lens didnt break while filming?
YouDaphne 2 years ago
Or the box
Or the room
Or maybe the people filming
Why didn't they ALL break in half, come on! This proves we did 9/11
SeiruOkibi 2 years ago 3
lol nice one
deltagraph 2 years ago
you. it's just that the frequency it resonates at is different.
homestarrunnuw 2 years ago
The glass is different.
Just a guess.
BlankPoint69 2 years ago
It's has a different natural frequency and therefore would not be affected. Pfay the right frequency, and you could break the lens.
SuperSonicTyphoon 2 years ago
Resonance's such a powerful effect, that even aircraft parts and huge steel bridges can swing and break like that, if an external force - not necessarily a sound! - is applied with a frequency that is very close to the structure's proper one. really interesting video!
Clairs88 2 years ago
The frequency of the sound matches the natural frequency of the glass, therefore inducing resonance. The amplitude of the glass increases by a significant factor causing it to vibrate. Continuous vibration eventually sends energy into scratches or imperfections on the surface of the brittle glass, causing the glass to scatter.
I'm studying this at the moment. Great video.
SuperSonicTyphoon 2 years ago 4
awesome explanation! :-)
Illiyuwn 2 years ago
thanks ^^
SuperSonicTyphoon 2 years ago 2