Does each letter have a different sound?…or if you have said a sentence and a sound is created from it, how do you know what kind of sentence you have spoken, for example when you are on the phone, based on the sound…?
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6 A single-family house without a basement consists of about 90 t of stones, where Gstone = 0.71 kJ/(kg -k). a) What energy is needed to increase the temperature of the stones from 10 °C to 20 °C? b) How long does it take for a heating system that can release 18 kJ per second?…
Hello Should you simply calculate F= 10 g x 9.81 for the marked task, for example, and do the same for all values? Thank you
At home I have to drop six equal-sized pieces of play dough (balls) from different heights and then measure the time (with my cell phone) until the play dough reaches the ground. But unfortunately I'm having trouble finding measurement uncertainties. I have to find three. I could start with air resistance. It hinders the acceleration…
Hello everyone, on my physics lesson plan it simply says "from induction to the generator" what is that exactly how can I explain it? I can't find anything more specific on the internet. Can someone explain it to me without writing a bible text? 🙂 Thanks in advance
Hello folks. The sun has extremely high temperatures (5 million ⁰C) and high pressure. It is said that only nuclear fusion takes place in the sun because these values are so extreme. But are these values sufficient for nuclei to fuse in the sun at all? Or is any fusion only possible through the tunneling…
Yeah, you’re pushing this weird, but you mean the right thing.
An acoustic analysis of the sound waves of speech makes it possible to identify which sound has been spoken. This is exactly how the language computer, which generates language or recognize and understand artificial intelligence. They analyze the sound.
The sound differs according to the sound in relation to the frequency spectrum and the waveform.
There are also freely available software for acoustic-linguistic, phonetic analysis of voice urites.
See here:
https://de.wikipedia.org/wiki/Akustische_Phonetik
Hi, short simple answer: Yes, every sound and also language always has different “shoes” or spreads differently in the air through different radiating behaviors, spatial yields etc. In addition, the human ear is of course very trained to understand these things
Not every letter, but any –> phoneme.
I’m not sure I understand the question…
Sound waves arise during speaking. Various sounds (“letters”) produce different sound waves. We have learned what sounds stand for which letters, and “decrypt” the sound waves that arrive in the ear.