Cours 2 : Phonetics and Phonology Flashcards

1
Q

definition of phonetics

A

study of sounds in human language

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2
Q

definition of phonology

A

study of the pattern of phonemes and relationships between the phonemes of a language

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3
Q

3 systems of speech production in phonemes (human sounds go through 3 systems)

A
  1. respiratory system : produces the airstream needed for speaking
  2. phonatory system : produces voice
  3. articulatory system : responsible for the variations and articulations
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4
Q

function of the vocal tract

A

it gives the vibration and shaping of the speech

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5
Q

function of the larynx

A

it works like a resonating chamber

the tenser the cords, the higher the pitch

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6
Q

function of the mouth

A

it produces sound : the active articulators move towards the passive ones and modify the airstream

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7
Q

articulation : the criteria to classify sounds

A

articulation indicates which active articulator will create constriction.

3 parameters :
1. place of articulation
2. manner of articulation
3. energy of articulation

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8
Q

places of articulation

A
  1. bilabial
  2. labio-dental
  3. dental
  4. alveolar
  5. palato-alveolar
  6. palatal
  7. velar
  8. glottal
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9
Q

what is the McGurk effect ?

A

what we hear is influenced by what we read on other people’s lips

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10
Q

other articulators

A

> uvula
tongue
glottis (not in the articulatory system)

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11
Q

manner of articulation

A

sounds are produced through scrictures. there are 3 different kinds of scrictures :

  1. complete closure
  2. close approximation
  3. open approximation
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12
Q

complete closure (manner of articulation)

A

when we block the airstream in the mouth

> stops : the airstream is blocked
nasals : the oral cavity is closed but the soft palate is lowered to let air escape through the nose.

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13
Q

close approximation (manner of articulation)

A

fricatives : the articulators are close, but they don’t make a complete closure.

obstruents (provoke obstruction) and sonorants

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14
Q

open approximation

A

approximants : articulators come close, but not close enough to produce friction

lateral sounds : closure at the centre but the air can escape via the sides of the tongue

semi-vowels/semi-consonants

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15
Q

energy of articulation

A

lenis = voiced : vocal folds vibrate

fortis = voiceless : vocal folds don’t vibrate

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16
Q

classification of vowels

A

tongue shape

lip shape

duration

constancy of tongue shape and lip shape

position of velum

17
Q

tongue shape

A

how close the tongue is to the roof of the mouth

> /i/ is close to the roof
/a/ is far from the roof

> front vowel : the front of the tongue is highest (/i/)
back vowel : the back of the tongue is highest (/uh/)

18
Q

lip shape

A

rounding the lips deepens the pitch and increases resonance

front and open vowels have spread/neutral lips, back vowels have rounded lips

19
Q

duration

A

time taken for a sound to be pronounced

checked vowels are shorter than free vowels (“pip” VS “peep”)

20
Q

constancy of tongue

A

if the position of the lips remains steady, steady-state vowels = monopthong

if there is a change, vowel glide = diphtong

21
Q

position of velum (= soft palate)

A

nasal vowels are produced with the velum lowered

22
Q

phonology

A

the analysis of the cognitive organisation of the sounds in the brain. il allows a speaker to form meaningful combinations of words

23
Q

phonemes

A

abstract mental units : what our brain thinks about when we make a sound. it’s also the smallest unit that distinguishes meaing between words in a language

24
Q

phone

A

a set of speech sounds that are seen as equivalent
> “Pull”/”sPin”/”toP”

allophone : the same phoneme has different realisations

25
minimal pairs
pairs of words in which one phoneme changes, which results in a change in meaning (ex. "bat" VS "rat") commutation test : substituting one phone with another. if there is a change in meaning, the test is productive/contrastive
26
allophones
they are different realisations of one phoneme. thus, they are a set of phones that are perceived by the speaker to realise the same phoneme. allophones in free variation : 2 phones may substitute one another randomly in the same environment without a change in meaning (ex. glottal stop) allophones in complementary distribution : one phone always appears in condition A but never in condition B, while another always appears in condition B but never in condition A (ex. /l/)
27
morpheme
the smallest grammatical unit that expresses meaning the fact that words can be decomposed into morphemes and that morphemes can be decomposed into phonemes illustrates the linguistic concept of discreetness > it's the idea that there are identifiably distinct units that can be combined together to express meanings
28
allomorphs
there are different ways of spelling a morpheme, but the meaning of said morpheme doesn't change
29
alternation in connected speech
it helps understanding the passage from the mental representation of phonemes to actual pronunciation
30
assimilation
2 phones that are different and next to one another become more alike. the nasal will pick the place of articulation of the following phone. > full assimilation : the influence of one sound on another resultst in a change of phoneme > partial assimilation : the sound is changed only on the allophonic level 3 types of consonant assimilation : > place ("woodpecker") > energy ("have to") > manner (" join the army") 2 types of assimilation depending on the direction of change : > regressive assimilation : a sound influences the previous sound (ex. "bless you") > progressive assimilation : a sound influences the following sound (ex. won't you")
31
dissimilation
2 phones that are similar and close to each other become different (ex. "february")
32
insertion
adding a phone to a given sound string ("roses")
33
elision
a phoneme is deleted ("psychology")
34
liaison
> linking /r/ : obligatory if the following word starts with a vowel ("my touR around") > intrusive /r/ : optional after a schwa ("lake genevA(r)")
35
distribution of allomorphs
the aim is to identify the pattern of distribution in terms of the phonological properties of the sounds preceding each allomorph. To do so, we look for minimal pairs