we have very thing connected in human body
They are located in your throat and helps you talk and sing.
I don't think you can talk with one vocal cord, since whenever you speak, the vocal cords are come together and vibrate. If you only had one, the other one would need something to vibrate against to produce sound.
To repair a damaged vocal cord, a person may need to have surgery to talk properly. This surgery is called medialization laryngoplasty.
Well they are things in your throat with help you talk, when air fly's up quickly and hits your vocal cords it finds out whay you trying to say and then makes the sound of the word
It's where at least one of your vocal cords can't move. It effects how you talk or sing. Your voice will be weak and airy.
Vocal Chords
Vocal cords help you talk.
Helium will vibrate your vocal chords, like "normal" air does, but since helium is lighter than the air we normally breathe and has different properties it causes the vocal chords to resonate at a much higher pitch. That's why people sound as if their voice is a sped-up recording when they talk after breathing it. Though it's amusing on occasion, breathing helium in regularly probably is not a good idea. It might not permanently damage the vocal chords, but anything breathed into the lungs will likely eventually make it into the bloodstream and then the veins. You don't want helium to replace the oxygen that normally travels to your brain. In fact, if you were in a sealed room filled with more helium than normal air you would probably suffer brain damage or death from oxygen deprivation.
Vibrato or tremolo
The ability to talk is enabled by the coordination of different parts of the body, including the lungs for air supply, the vocal cords and throat for sound production, and the mouth and tongue for articulation. The brain also plays a crucial role in controlling these processes and forming words and sentences.
When you speak, your friend's ear gathers compressional waves, which are sound waves. Then, the ear amplifies the waves, converting them to nerve impulses that travel to the brain. And then, the brain decodes and interprets the nerve impulses.
their brains and vocal chords