Phonological Contrast Approaches/Complexity Approach (Ch.8) Flashcards
Phonological Contrast approaches have become popular and are supported by ___________
Phonological Contrast approaches have become popular and are supported by research
•B. Minimal contrast training**
•use minimal pairs which only differ by _____ feature such as
–__________ (to-do, pan-ban)
–__________ of articulation (tea-key)
•B. Minimal contrast training**
•use minimal pairs which only differ by one feature such as
–voicing (to-do, pan-ban)
–Place of articulation (tea-key)
C. Maximal contrast training
Sounds differ by at least __ features
Cane-lane: /k/ is a voiceless linguavelar stop; /l/ is a voiced lingual-alveolar glide
Ten-men: /t/ is a voiceless tip-alveolar plosive; /m/ is a voiced bilabial nasal
Contrast training allows the child to see that the sound used makes a ___________ difference
C. Maximal contrast training
Sounds differ by at least 2 features
Cane-lane: /k/ is a voiceless linguavelar stop; /l/ is a voiced lingual-alveolar glide
Ten-men: /t/ is a voiceless tip-alveolar plosive; /m/ is a voiced bilabial nasal
Contrast training allows the child to see that the sound used makes a semantic difference
V. COMPLEXITY APPROACH (Lecture only, not book)**
- Most research done with individual children in a university setting (not tried in schools w/ diverse groups)
- Best for ch with ___________ sound errors (e.g., w/r; j/l)
- Assumes that the complex sounds are ___________, ____________, and clusters and sounds that are not _____________
- Also assumes that later-developing sounds (e.g., /tʃ/, /r/ ) are more __________ than earlier-developing sounds (e.g., /m/ and /p/)
Premise
- Start with ___________ sounds for ch
- Assumes: if train ___________ sounds first, automatic ____________ to easier sounds
- E.g., ch produces /j/ 30% accuracy, /s/ 20% accuracy, /ð/ with 0% accuracy
- Start with /ð/ and assume that /s/ and /j/ will be positively impacted
V. COMPLEXITY APPROACH (Lecture only, not book)**
- Most research done with individual children in a university setting (not tried in schools w/ diverse groups)
- Best for ch with individual sound errors (e.g., w/r; j/l)
- Assumes that the complex sounds are affricates, fricatives, and clusters and sounds that are not stimulable
- Also assumes that later-developing sounds (e.g., /tʃ/, /r/ ) are more complex than earlier-developing sounds (e.g., /m/ and /p/)
Premise
- Start with hardest sounds for ch
- Assumes: if train hardest sounds first, automatic generalization to easier sounds
- E.g., ch produces /j/ 30% accuracy, /s/ 20% accuracy, /ð/ with 0% accuracy
- Start with /ð/ and assume that /s/ and /j/ will be positively impacted