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When do vocal cords produce low pitched sounds?
Vocal cords produce low-pitched sounds when they vibrate slowly.
The folds of tissue that are found in the larynx and vibrate to produce sound are the?
vocal cords
What part of your body produces sound?
The vocal cords in the larynx (voice box) produce sound in humans. When air passes through the vocal cords and causes them to vibrate, sound is created.
What vibrates to produce your voice?
your vocal cords vibrate to make you voice
How does your voice change pitch?
The pitch of your voice is determined by the tension in your vocal cords, which can be adjusted by muscles in your larynx. When your vocal cords are stretched tighter, they vibrate faster and produce a higher pitch. Conversely, when they are more relaxed, they vibrate slower and produce a lower pitch.
When you speak your vibrate?
vocal cords
What are the Folds of mucous membrane called that vibrate to provide speech?
Vocal folds, also known as vocal cords, are the folds of mucous membrane that vibrate in the larynx to produce sound and facilitate speech. These vibrations are controlled by muscles to produce different pitches and tones.
What is produced when air moves over the vocal cords?
Sound is produced when air from the lungs passes over the vocal cords in the larynx, causing them to vibrate and produce different pitches based on tension and length. This sound is then further modified by the mouth, tongue, and lips to form words and speech.
Where is vibration when you use your voice?
Vibrato or tremolo
Why do you have vocal cords?
you have vocal cords to produce your voice
What are your vocal cords and how do they work?
Your vocal cords - are two strips of skin located at the top of the larynx. When air passes over them, they vibrate - combined with the shape of your mouth, and breathing method - they produce sound.
Which vibrate with exhaled air and allow an individual to?
Vocal cords vibrate with exhaled air to produce sound for speech. This vibration occurs when air passes over the vocal cords and causes them to oscillate, producing different frequencies and pitches to create speech sounds.
