This can be partly attributed to the immaturity of the vocal tract and neuromusculature at this age in life.
32.
The length of the vocal tract affects the resonance of the vocal tract, which in turns affects the pitch.
33.
The difference doesn't lay only in pitch, but also in phonation, articulation and the shape of the upper vocal tract.
34.
The human vocal tract is able to produce highly variable amplitudes of the overtones, called formants, which define different vowels.
35.
Taking in helium puts some of the gas in your vocal tract which does mean the speed of sound is faster.
36.
Such movement alters resonant properties of the vocal tract, and imposes a " time-varying formant structure " onto the speech signal.
37.
The vocal tract physically differs from one person to another, but unlike verifying someone's identity through fingerprints, voice recognition is indirect.
38.
Other species have evolved internal inflatable air spaces connected to the vocal tract, which play a role in vocal tract resonance.
39.
Other species have evolved internal inflatable air spaces connected to the vocal tract, which play a role in vocal tract resonance.
40.
A musician uses the talk box to manipulate sound using the vocal tract, though it is rarely categorized as a synthesizer.
