There are several ways to generate breathy-voiced sounds like [ɦ]. One is to hold the vocal cords apart, so that they are lax as they are for [h], but to increase the volume of airflow so that they vibrate loosely. A second is to bring the vocal cords closer together along their entire length than in voiceless [h], but not as close as in modally voiced sounds such as vowels. This results in an airflow intermediate between [h] and vowels, and is the case with English intervocalic /h/. A third is to constrict the glottis, but separate the arytenoid cartilages that control one end. This results in the vocal cords being drawn together for voicing in the back, but separated to allow the passage of large volumes of air in the front. This is the situation with Hindi.
From the Latin, murmur, a soft-sounded and quiet utterance, often where the speaker does not want to be known.
In some of these Bantu languages, 'breathy voiced' stops have been phonetically altered to devoiced stops , but the four-way contrast in the system has been retained. In all five of the southeastern Bantu languages named, the breathy voiced stops (even if they are realised phonetically as devoiced) have a marked tone-lowering (or tone-depressing) effect on the following tautosyllabic vowels. For this reason, such stop consonants are frequently referred to in the local linguistic literature as 'depressor' stops.
Swati, and even more so Phuthi, display good evidence that breathy voicing can be used as a morphological property independent of any consonant voicing value. For example, in both languages, the standard morphological mechanism for achieving the morphosyntactic copula is to simply execute the noun prefix syllable as breathy voiced (or 'depressed').
My hubby opts for a dame in the dashboard; The breathy voice of our car's GPS unit even speaks seven languages.(THE HOME FORUM)
Aug 21, 2003; Byline: Anastasia M. Ashman Most of the time my husband and I work as a complementary team. He trusts my research skills and...