You pulled the center of that tongue toward the roof of your mouth. And that increased that formant . That increased that ee formant and made it a little nastier too.
And that increased that formant . That increased that ee formant and made it a little nastier too. And so that's the ee vowel.
Now, I'm always willing to demonstrate. The vowels themselves have formants , the frequencies that create these vowels. And one of my favorite factoids about vowels is about the ee vowel.
And that's what the passaggio is. We create these formants and these vowels.
And that's what the passaggio is. I instinctively knew that that ee formant what was going to cut the orchestra better than the other vowels.
It's about the easiest vowels to teach because you can actually really demonstrate the space. Whereas to find a good set of formants for the ah vowel-- there are so many different ahs in various languages. In many of the Asian languages, the ah is centered very far back.
And that's what the passaggio is. And ee has a set of formants out here at 2,000 and 3,000 hertz out here.
This is what it's all about-- transference of energy. Then you come to something called the vowel formants . And you are going to create vowels in the mouth.
Do you see how this middle muscle here under your nose gets a little involved? And a singer learns to use that to increase those formants . And this musculature is very involved in oh and ooh.
OK, so that's all techniques we talked about for cheap restaurants. Front vowels have a particular low pitched, one of the formants for front vowels-- sorry, front vowels have a high pitched resonance.
And that's what the passaggio is. One thing I wanted to let you know about the ee vowel-- all the vowels have their set of formants .
And that's what the passaggio is. And lo and behold, he said, well, what you've done is increase the ee formant .
normal rumble, the elephants ran away from that rumble. It turned out to be an alarm rumble and they looked at the sound spectrogram of the rumble and they found there was a little second reforment which they suspected might be the alarm component. So they manipulated that on a computer, removed the formant , replayed the rumble again and the elephants didn't run away. So they did some really nice work and now this accelerometry stuff, I think, is gonna be a new era and we would love to look at other things to actually monitor at