Could ella fitzgerald really shatter glass?Asked by: Brooklyn Nitzsche
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As countless sound engineers and a 2005 Mythbusters segment have proven, breaking a glass wouldn't have been an unlikely feat for Fitzgerald, especially with her voice amplified. Most glasses resonate at a frequency around high C; with Fitzgerald's two-octave range, hitting that note would have been no problem.View full answer
Furthermore, Can you really shatter glass with your voice?
A human voice can shatter a glass. ... The human threshold for pain comes at about 120 decibels. Highly trained opera singers can sustain notes above 100 decibels. But no matter how loud the sound, if the pitch doesn't match the resonant frequency of the glass, the glass will reflect most of the energy and won't break.
Also Know, Did Ella Fitzgerald shatter glass?. A famous commercial from the 1970s showed Ella Fitzgerald shattering a wine glass with ease through Memorex speakers, and the trick has been repeated many times with amplification. ... Vendera's glass-breaking wail registered at 105 decibels—almost as loud as a jackhammer.
Furthermore, Can opera singers really break glass?
The power of noise is pretty spectacular and the laws of physics suggest that a human voice should be able to shatter glass. Despite countless comedy shows and cartoons depicting a very loud opera singer shattering a whole row of glasses when they hit top C, it appears to be just a myth.
What causes glass to shatter from singing?
This common phenomenon is known as resonance and occurs because the singer's voice displaces nearby air particles, which crash into the glass like invisible waves. And when the singer's voice is amplified, these waves get more powerful. With enough amplification, the glass can vibrate so strongly that it shatters.
A human voice can shatter a glass. The human threshold for pain comes at about 120 decibels. Highly trained opera singers can sustain notes above 100 decibels. But no matter how loud the sound, if the pitch doesn't match the resonant frequency of the glass, the glass will reflect most of the energy and won't break.
- Mariah Carey. With her 5-octave vocal range and her ability to reach notes in the 7th octave vocal range as well just go back, it should come as no surprise that Mariah is the top. ...
- Christina Aguilera. ...
- Hayley Williams (Paramore) ...
- Celine Dion. ...
Opera has long been condoned as one of the most difficult styles of singing to master, often because of the large levels of volume that your body has to produce in order to sing over the orchestra since it joins theatrics and classical singing together.
Glass-shattering waves carry more energy. They're shorter and "choppier"; thus more of them pass through per second, at roughly 556 hertz [source: San Diego Opera]. To shatter glass, the note's frequency must be the same as that of the glass. That's one condition.
The loudest operatic voice today belongs to Nina Stemme, another Swede, but formidable as she is I don't feel that Nina delivers the paralysing shock to the senses that Flagstad or Nilsson so sleekly emitted at a time when nothing in the world beat their 100 decibels.
Breaking glass with an amplified voice has been demonstrated many times. ... In 2005, the Discovery Channel television show MythBusters proved that a voice alone could break glass. Rock singer Jamie Vendera shattered a wine glass with a 105-decibel wail. By comparison, normal speech is usually around 50 decibels.
Ella Fitzgerald, whose sweet, silvery voice and endlessly inventive vocal improvisations made her the most celebrated jazz singer of her generation, died yesterday at home in Beverly Hills, Calif. She was 79. She had been suffering from diabetes and its eyesight and circulatory system complications for many years.
Holding the glass firmly, make a sharp upward and outward motion with both hands. The glass should snap cleanly and easily along the score. Straight score lines can also be broken on the edge of your work table. But this method should be used only for larger pieces.
The important parts of the human body vibration frequency are generally located in about 3 Hz–17 Hz. According to the International Standard ISO 2631 in the vertical vibration of the human body, the sensitive range is located in 6 Hz–8 Hz.
Overview. Free vibrations of an elastic body are called natural vibrations and occur at a frequency called the natural frequency. ... If the forced frequency is equal to the natural frequency, the vibrations' amplitude increases manyfold. This phenomenon is known as resonance.
The vibrating column of air set up by one tuning fork will cause the other tuning fork to vibrate weakly. ... If the resonant frequency of the singer's voice is loud and steady enough, it could cause the glass to break once the vibrations of the glass build up past its elasticity limit, causing it to fail.
Compared to other genres of music, opera singers use more resonance when they sing in order to fill an entire hall with their sound. They don't use microphones so their bodies become their amplifiers through an acquired vocal technique.
Different styles - different set-ups
Clearly, opera singers do not sound like pop singers. They're using their voices differently, setting up the 'mechanism' in a way that sounds authentic for the type of music they're singing. ... But too often singers and singing teachers tend to get stuck in one style only.
The highest note on record is a G10 sung by Georgia Brown, a Brazilian dance/electric singer.
Singers with a wide vocal range
Other big names with a 5-octave range are Shanice, Prince and Kyo, plus jazz singer Rachelle Ferrell.
She is a mezzo soprano. Maybe a deep one, but not contralto. And her vocal range spans from C3 (studio) to F5 live in head voice.