The human tongue is an important organ for vocalized speech as most consonants and vowels required for phonetic output would be possible. Without the flexible tongue only a few consonants and vowels could be produced.
This evidence supports the cognitive matrix theory that with change in climate,diet & habitat the neural cortices have developed along with organs such as strong muscles for upright position,the flexible tongue for multiple functions including speech distinct vocalization only in the species homo sapiens.
The human tongue plays a crucial role in speech by helping to shape sounds and create different speech sounds. It is responsible for movement and positioning within the mouth, allowing us to produce a wide range of sounds needed for speech. The tongue interacts with other articulatory organs, such as the lips and teeth, to form sounds that are essential for communication.
The tongue is able to survive in close proximity to the teeth because they are made of different types of tissues. While the teeth are calcified structures made of dentin and enamel, the tongue is composed of muscles covered by a specialized mucous membrane. This allows the tongue to move freely and withstand contact with the teeth without being damaged.
It serves as the hollow chamber in which the voice is produced.
There are many parts of the speech mechanism that enable human speech. Jaw grading, requiring that the jaw be open to an appropriate degree for speech. Lip closure, requiring that the lips be shaped in a certain way in order to produce sounds. Proper lip closure works in coordination with jaw grading to produce audible and understandable speech. Tongue placement, requiring that the tongue be in a correct position for speech. Breath and volume, determining how loud the speech is. Tone, requiring that the inflection and vocal fluctuation is in tune with the situation at hand. Retrieval, requiring the speaker to be able to think of the words to say when he or she wants to say them. All of things work together to create the speech mechanism, and enable people to speak.
The lingual frenulum is found in the mouth under the tongue. Sometimes this is very short and a person has trouble with the tongue movements and with speaking. This problem has been given the name 'tongue tied'. It can be cut and will allow the tongue to move as it should.Although there is still an ingrained reluctance to recommend surgery. As a result, there are many children who undergo several years of speech therapy with little or no improvement until the tongue tie is detected (often, by chance) and remedied.
The tongue
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A lisp or "talking with your tongue" is a type of speech impediment that can be lessened or removed altogether. Speech therapy can aid in this process.
The connection between the Heimlich maneuver and the development of human speech is that both movements try to push air out through the lungs .The former is a mechanical procedure to dislodge any obstruction in the air passage while the later is a voluntary process of vocalization required for speech involving the vocal chords, the oral cavity, the tongue etc. for speech output.
No it does not. A giraffe's tongue is popularly known because it's purplish, long, and flexible. It won't have spots on it.
Speech.
What you are probably seeing is the birds 'tongue" or hyoid apparatus A birds tongue is unlike the mammals tongue whereas it has bone and is less flexible than what you know to be a tongue.
Lingual means " of the tongue."
Your Tongue is a muscle. In fact it is the strongest muscle in your body because it has the ablitity to push things. you can push your tongue againts ur teeth. Like most muscles...it has the ability to be flexible like when you stretch before a basketball or volleyball or any kind of sport.
Snails have an organ similar to a tongue called a radula. The radula, unlike our tongue, is equipped with hard plates or teeth to assist with scraping or other more specialized lifestyles.
The tongue's receptors are taste buds. They are specialized to detect flavors, and are divided into two types, sweet and bitter receptors. They can detect perceptions of flavors in five types; salty, sweet, bitter, sour, and umani (savory).
Joseph John Kupin has written: 'Tongue twisters as a source of information about speech production' -- subject(s): Phonetics, Tongue twisters, Speech errors, Psycholinguistics