The pitch of the sounds produced by the vocal cords is controlled by the tension and length of the vocal cords. When the tension and length increase, the pitch becomes higher, and when they decrease, the pitch becomes lower. This adjustment is made by the muscles in the larynx.
My voice box, or larynx, is made up of cartilage, muscles, and vocal cords. When we speak, the muscles in the larynx tighten to adjust the tension of the vocal cords, which vibrate as air passes through them. This vibration produces sound waves that create our voice.
Connective Tissue
The scientific name for the vocal chords is the larynx. ------------------------------------------------------ This is incorrect. The vocal CORDS (or folds, or even better, the scientific name: the thyroarytenoid muscle) are IN the larynx. The larynx is made of cartilage, one bone (the hyoid bone) and contain several muscles, including the vocal folds/cords/thyroartenoid muscle. There are parts of the vocal folds called the vocalis muscle as well. NEVER CHORDS. A chord is a series of pitches played together, as in "play chords on the guitar" but a cord is a string or rope-like structure. As for the larynx, feel your adam's apple (yes, women have one, too - it's just smaller in most women). THAT'S the part of the larynx that's called the thyroid cartilage, and is the "hallmark" of the larynx.
Bone
they don't sing like male frogs do if that's what you're asking
No, you don't. The sound is made by the air going through your lips and has no relationship to the vocal cords.
The sound made by vocal cords is called the voice or vocalization. It is produced when air passes through the vocal cords in the larynx, causing them to vibrate and create sound.
Speech therapists will tell you that the vocal cords are not affected by whistling. The whistle, itself being made by the way you vary the air through your lips , may not affect your vocal cords, but you can't whistle without passing air over your vocal cords.
Air goes throught your vocal cords and comes out as sound
The pitch of the sounds produced by the vocal cords is controlled by the tension and length of the vocal cords. When the tension and length increase, the pitch becomes higher, and when they decrease, the pitch becomes lower. This adjustment is made by the muscles in the larynx.
Low sounds are typically made when the vocal cords are loose. The looseness allows the vocal cords to vibrate at a slower rate, producing a lower pitch sound. Conversely, tight vocal cords will vibrate at a faster rate, producing higher pitch sounds.
Air goes throught your vocal cords and comes out as sound
they are in your thorat which vibrate when to speak to make a noise
A high pitch is made when the vocal cords vibrate at a faster rate, producing shorter sound waves. This results in a higher frequency of sound being produced. By tightening the vocal cords and creating more tension, a higher pitch can be achieved.
My voice box, or larynx, is made up of cartilage, muscles, and vocal cords. When we speak, the muscles in the larynx tighten to adjust the tension of the vocal cords, which vibrate as air passes through them. This vibration produces sound waves that create our voice.
Connective Tissue