1.
Place of articulation
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Along with the manner of articulation and the phonation, it gives the consonant its distinctive sound. The terminology in this article has developed for precisely describing all the consonants in all the worlds spoken languages. No known language distinguishes all of the described here so less precision is needed to distinguish the sounds of a particular language. The human voice produces sounds in the manner, Air pressure from the lungs creates a steady flow of air through the trachea. The vocal folds in the larynx vibrate, creating fluctuations in air pressure, mouth and nose openings radiate the sound waves into the environment. The larynx or voice box is a framework of cartilage that serves to anchor the vocal folds. When the muscles of the vocal folds contract, the airflow from the lungs is impeded until the vocal folds are forced apart again by the air pressure from the lungs. The process continues in a cycle that is felt as a vibration. In singing, the frequency of the vocal folds determines the pitch of the sound produced. Voiced phonemes such as the vowels are, by definition. The lips of the mouth can be used in a way to create a similar sound. A rubber balloon, inflated but not tied off and stretched tightly across the neck produces a squeak or buzz, depending on the tension across the neck, similar actions with similar results occur when the vocal cords are contracted or relaxed across the larynx. k. a. The pharynx The epiglottis at the entrance to the windpipe, above the voice box The regions are not strictly separated. Likewise, the alveolar and post-alveolar regions merge into other, as do the hard and soft palate, the soft palate and the uvula. Terms like pre-velar, post-velar, and upper vs. lower pharyngeal may be used to more precisely where an articulation takes place. The articulatory gesture of the place of articulation involves the more mobile part of the vocal tract. That is unlike coronal gestures involving the front of the tongue, the epiglottis may be active, contacting the pharynx, or passive, being contacted by the aryepiglottal folds. Distinctions made in these areas are very difficult to observe and are the subject of ongoing investigation
2.
Bilabial consonant
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In phonetics, a bilabial consonant is a consonant articulated with both lips. The bilabial consonants identified by the International Phonetic Alphabet are, Owere Igbo has a six-way contrast among bilabial stops, approximately 0. 7% of the worlds languages lack bilabial consonants altogether, including Tlingit, Chipewyan, Oneida, and Wichita. The extensions to the IPA also define a bilabial percussive for striking the lips together, a lip-smack in the non-percussive sense of the lips noisily parting would be. The IPA chart shades out bilabial lateral consonants, which is read as indicating that such sounds are not possible. The fricatives and are often lateral, but no language makes a distinction for centrality so the allophony is not noticeable, place of articulation List of phonetics topics Ladefoged, Peter, Maddieson, Ian. The Sounds of the Worlds Languages, mcDorman, Richard E. Labial Instability in Sound Change, Explanations for the Loss of /p/
3.
Labiodental consonant
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In phonetics, labiodentals are consonants articulated with the lower lip and the upper teeth. The labiodental consonants identified by the International Phonetic Alphabet are, The IPA chart shades out labiodental lateral consonants and this is sometimes read as indicating that such sounds are not possible. In fact, the fricatives and often have lateral airflow, but no language makes a distinction for centrality, the labiodental click is an allophonic variant of the labial click. The only common labiodental sounds to occur phonemically are the fricatives, the labiodental flap occurs phonemically in over a dozen languages, but it is restricted geographically to central and southeastern Africa. It has been reported to occur phonemically in a dialect of Teke, the XiNkuna dialect of Tsonga features a pair of affricates as phonemes. In some other languages, such as Xhosa, affricates may occur as allophones of the fricatives and these differ from the German bilabial-labiodental affricate <pf>, which commences with a bilabial p. All these affricates are rare sounds, the stops are not confirmed to exist as separate phonemes in any language. They are sometimes written as ȹ ȸ and they may also be found in childrens speech or as speech impediments. Dentolabial consonants are the articulatory opposite of labiodentals, They are pronounced by contacting lower teeth against the upper lip, place of articulation List of phonetics topics Ladefoged, Peter, Maddieson, Ian. The Sounds of the Worlds Languages, olson, Kenneth S. & John Hajek. Crosslinguistic insights on the labial flap, the Southernmost People of Greenland-Dialects and Memories, Qavaat-Oqalunneri Eqqaamassaallu
4.
Coronal consonant
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Coronal consonants are consonants articulated with the flexible front part of the tongue. Only the coronal consonants can be divided into apical, laminal, domed, or subapical, as well as a few rarer orientations, coronals have another dimension, grooved, that is used to make sibilants in combination with the orientations above. Alveolo-palatal and linguolabial consonants sometimes behave as dorsal and labial consonants, respectively, in Arabic and Maltese philology, the sun letters represent coronal consonants. In Australian Aboriginal languages, coronals contrast with peripheral consonants, peripheral consonants, the set of non-coronal consonants Apical consonant Laminal consonant Subapical consonant Place of articulation List of phonetics topics Ladefoged, Peter, Maddieson, Ian. The Sounds of the Worlds Languages
5.
Linguolabial consonant
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Linguolabials or apicolabials are consonants articulated by placing the tongue tip or blade against the upper lip, which is drawn downward to meet the tongue. They represent one extreme of a coronal articulatory continuum which extends from linguolabial to subapical palatal places of articulation, cross-linguistically, linguolabial consonants are very rare, but they do not represent a particularly exotic combination of articulatory configurations, unlike click consonants or ejectives. They are found in a cluster of languages in Vanuatu, in the Kajoko dialect of Bijago in Guinea-Bissau, and in Umotína and they are also relatively common in disordered speech, and the diacritic is specifically provided for in the extensions to the IPA. Place of articulation List of phonetics topics Ladefoged, Peter, Maddieson, the Sounds of the Worlds Languages. In VICAL1, Oceanic Languages, Part II, Papers from the Fifth International Conference on Austronesian Linguistics, Auckland, New Zealand, January 1988, ed. by R. Harlow & R. Hooper, Auckland, Linguistic Society of New Zealand. Olson, Kenneth S. D. William Reiman, Fernando Sabio & Filipe Alberto da Silva, the voiced linguolabial plosive in Kajoko
6.
Dental consonant
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A dental consonant is a consonant articulated with the tongue against the upper teeth, such as /t/, /d/, /n/, and /l/ in some languages. In the International Phonetic Alphabet, the diacritic for dental consonant is U+032A ◌̪ COMBINING BRIDGE BELOW, sanskrit, Hindi and all other Indic languages have an entire set of dental stops that occur phonemically as voiced and voiceless, and with or without aspiration. The nasal /n/ also exists in languages, but is quite alveolar. To the Indian speaker, the alveolar /t/ and /d/ of English sound more like the corresponding retroflex consonants of his own language than like the dentals. Spanish /t/ and /d/ are laminal denti-alveolar, whereas /l/ and /n/ are prototypically alveolar, likewise, Italian /t/, /d/, /t͡s/, /d͡z/ are denti-alveolar and /l/ and /n/ become denti-alveolar before a following dental consonant. In the case of French, the rear-most contact is alveolar or sometimes slightly pre-alveolar, the Sounds of the Worlds Languages
