Results for: wooden glass
The wooden glass.zip
2008-05-15 - extension: zip - size: 61 MB
The wooden glass.zip
If password needed look here: http://elgoog-ja.blogspot.com/2008/02/wooden-
glass-recorded-live-featuring.html
Hosted on: rapidshare.com
glass
2009-08-14 - extension: rar - size: 11 MB
glass
Hosted on: rapidshare.com
Video results for: wooden glassMore results from video
SCALE IN LEGNO - SCALE IN METALLO & VETRO - STAIRS METAL & WOODEN & GLASS - INTERSCALA ΣΚΑΛΕΣ www.interscala.com
-- Scale in legno, scale in metallo e vetro -- stairs & staircases metal (More) www.interscala.com
-- Scale in legno, scale in metallo e vetro -- stairs & staircases metal & wooden & glass --
L' oggetto dell' interSCALA e la fabbricazione di scale per interni di legno massello o di combinazioni di legno, metallo, acciao inossidabile e vetro.
I prodotti interSCALA sono assolutamente conformi alle prescrizioni internazionali e con l' enorme varieta delle tendenze progettistiche che li caratterizza si adattano perfettamente ad ogni tipo di spazio.
Il' reparto progettistico del' interSCALA si impegna a studiare minuziosamnte ogni singola struttura e dare le soluzioni a tutti gli eventuali problemi rispettando le regole estetiche ed ergonomiche eliminando cosi tutte le probabilita di diffetti. (Less)
How to break a wine glass with sound - better version! *****
The previous version wasn't the final version of the vid. This video is the version that (More) *****
The previous version wasn't the final version of the vid. This video is the version that I showed to people the day of the science fair.
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This is for a physics project. Here's a little more detail on the steps:
Step 1: the program we used took the audio sample and used a Fourier Transform to convert it into a graph of the frequencies up to ~11,000 Hz, and their relative magnitude. The glass used in step 1 broke around 630.4 Hz, but the footage was bad so for step 3 a different glass was used, that had a resonance frequency of around 592 Hz.
Step 2: if you're around (+/- .5 Hz) the resonance frequency of the glass and if the amplitude of the sound (AKA volume) is loud enough (we used earplugs), you'll see the rim of the glass waving like that.
Step 3: we basically repeated step 2, except with a higher amplitude of the sound.
I should also mention that the bright light you see in the video is a strobe light, going at about 590-600 flashes per second (4 Hz higher than the sound), each flash lasts 10 microseconds. You can't see the movement of the glass without some sort of strobe light or way of slowing down the movement, because the glass was oscillating nearly 600 times per second. If you have any questions feel free to post them and I'll answer. (Less)
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