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uhhh...CSD Quiz 2?

Quiz yourself by thinking what should be in each of the black spaces below before clicking on it to display the answer.
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Question
Answer
English Alphabet   -has 26 letters but 40 sounds(t,h has 4 sounds(tap,hit,thing,this)) -a has 3 sounds(wait,father,bat) -one letter can correspond w/ multiple sounds -2 or 3 letters can represent a single sound  
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English Alphabet 2   -same sound can be represented many different ways(six,miss,scene,circle,psalm, listen quartz) -# of letters vs. # of sounds chew=3 sounds Silent sounds(gh in weight)  
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Purpose of IPA   Unique symbol for each sound eliminates confusion of the english alphabet(contained within //)  
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Articulation   Shaping of speech sounds by lips, tongue, and other articulators motor coordination to actually say sounds, words, and sentences  
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Phonology   - -making distinctions between phonemes  
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Phoneme   speech sound, smallest unit of sound that has meaning(mat vs. bat)  
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Allophones   variations of a phoneme(do not affect meaning)(kit and skill)  
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Vowels   always voiced, open vocal tract-little constriction  
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4 features that change sound   tongue height, tongue frontness,lip roundness,tension  
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Vowel process   velum raised,tongue alters shape of oral cavity, vocal folds vibrate  
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Diphthongs   combo of vowels,, produced by continuous change in vocal tract shape  
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Glottel   produced by letting air pass through vocal folds, abrupt closure of folds  
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Manner of articulation   stops,fricatives,affricates,glides,liquids,nasals  
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Consonants   produced by constricting the vocal tract  
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Classification of consonants   voicing,place,manner  
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Voicing   presence or absence of vocal fold vibrations  
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Place   location of the constriction  
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Manner   degree or type of constriction  
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Bilabial(place)   two lips, /b/, /m/, /p/  
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Labiodental(place)   lips and teeth, /v/,/f/  
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Interdental(place)   tongue and teeth, between teeth("th")  
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Alveolar(place)   tip of tongue and alveolar ridge(/t/,/d/,/n/,/s/,/z/,/l/  
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Palatal(place)   blade of tongue and hard palate("sh", "ch", "j", "y")  
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Velar(place)   dorsum of tongue and soft palate, /k/,/g/,"ng"  
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Voiced phonemes   sound source is vocal fold vibration(/z/,/b/,/v/)  
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Voiceless phonemes   no vocal fold vibration, sound source is noise,(/s/,/p/,/f/)  
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Which sounds are acquired first? Vowels or consonants?   Vowels  
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Which consonants develop early?   stops, nasals, & glides  
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Which consonants develop later?   fricatives,affricates, and liquids  
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Stops   close off airflow,build up air pressure in oral cavity,release(p,b,t,k)  
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Fricatives   hissing sounds,air forced through small space in oral cavity(s,f,z,v)  
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Affricates   air is stopped,then forced through narrow passage(ch  
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Glides   gradually change shape of articulators from consonant to vowel("w","y")  
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Glides   aka "semi-vowels" least amount of restriction(most vowel-like)  
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Liquids   air is released on both sides of tongue(held at midline)  
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Nasal   w/ velopharyngeal port open, resonance in the nose(n,m,ng)velum lowered  
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Articulation Disorder   inability to produce speech sounds effectively(1or2sounds)  
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Types of articulation errors   omission,substitution,distortion,addition  
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omission   target sound is absent, book-->boo  
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substitution   wrong sound is substituted for target sound rain-->wain  
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distortion   imprecise production,"th" or "s"-->air escapes from sides of tongue  
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addition   a sound that does not belong is added to word(fairly unusual)soup>soups  
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Phonological disorder   involve more than errors with just a single phoneme  
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systematic patterns of errors   stopping of fricatives(s>t, z>d AND sh>t)  
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final consonant deletion   deleting many different final sounds(hat>ha;bus>bu)  
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phonological disorder   immature phonological system,deeper than articulation prob  
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phonological disorder2   difficulty developing mental representations of phonemes  
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phonological disorder3   difficulty developing boundaries around phonemes(t&d)  
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phonological processes   patterns of speech sound subs or omissions(systematic)  
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Many phonological process are...   typical part of early speech sound development  
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In typical development,   many processes disappear by age 3 and most by age 6  
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When assessing...   need multiple examples to determine phono process(pattern)  
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Stopping   stops are substituted for fricatives(very>berry,say>tay,that>dat)  
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Fronting   back sounds are produced as frontal sounds(go>doe, key>tee)  
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Consonant deletion   consonants are deleted,coat>coe, read>ree, bike>bi(final)  
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syllable deletion   weak(unstressed)syllables are deleted(banana>nana,brella)  
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Cluster reduction   omission of one or more consonants in a cluster(blue>boo)  
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Causes of disorders   hearing loss,mei,mr,language,reading problems, family hist.  
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functional cause of disorder   no known cause  
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Developmental speech impairments may diminish   over time, w/ treatment  
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By age 2, children are typically 50% intelligible   age 3, 75% intelligible  
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persistent frustration and unintelligibility is a   warning sign of problem  
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Organic(known cause)of disorder   hearing loss(may be functional or organic)  
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hearing loss   tend to have voicing confusion,difficulty w/ frics and vowels  
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tongue tie   short lingual frenulum  
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severe dental malocclusions   overbite, underbite  
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Other organic disorders   tongue thrust,dysarthria  
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tongue thrust   abnormal swallow where tongue pushes forward  
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dysarthria   paralysis, weakness or incoordination of the speech muscles  
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prognosis   likelihood of improvement w/,w/o therapy  
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Indicators of prognosis   consistency of errors,stimulability,error sound discrimination  
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4 major systems for speech   resp,resonatory,phonatory,articulatory  
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speech motor control requires   motor planning,motor program,speech motor control  
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motor planning   what do i need to do?  
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motor programming   how will i do it?  
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speech motor-control   activating muscle movements  
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Motor execution   mental representations of movements to be performed  
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Schemas become stronger   after many experiences over time  
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stored schemas   generate instructions to the muscles necessary for speech  
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damaged schemas   result in imprecise speech, reduced intelligibility  
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schemas may be intact but   neuromuscular impairments impede execution  
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Motor speech disorder   impairment in speech cause by defects in nms,mcs or both  
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Underlying systems are involved w/   motor planning,programming,execution  
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results in difficulty producing   fluent, intelligible, rapid speech  
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MSD Impairment in the   planning,coordinations,timed execution of speech movement  
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MSD caused by   congenital diseases,nervous system damage, degenerative,acquired  
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MSD breakdowns can occur at   planning(muscles paralysis, muscle weakness, tremors  
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MSD breakdowns can occur at planning,motorspeech,programming(systemcoordination)    
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2 types of MSD   dysarthria, apraxia(planning)  
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dysarthria   impairment of execution of speech,results from underlying muscle prob  
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apraxia   voluntary movement impaired w/o muscle impairment(can't cough,swallow)  
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Underlying muscular disturbances(dysarthria)   muscle tone,strength,speed,accuracy  
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respiration in dysarthria   not enough breath supply  
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phonation in dysarthria   high/low pitch,voice is weak,breathy, variable volume  
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Resonance in dysarthria   hypernasality  
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articulation in dysarthria   omissions/distortions,imprecise consonants,vowels  
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prosody in dysarthria   slow/fast rate,short rushes of speech,stress variations  
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types of dysartria   flaccid,spastic,ataxic,hypokinetic,hyperkinetic,mixed  
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Lower motor neurons   tracts originate in brain stem/spinal cord &connect w/muscle  
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LMN in flaccid paralysis   muscles are soft and flabby; lack tone  
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Flaccid dysarthria lesion in   LMN or muscle itself  
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flaccid dys. characterized by   muscle weakness,low muscle tone(hypotonia)  
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flaccid char.   red.breathsup.,breathy voice,monopith,hypernasal,inacc artic.  
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Spastic dysarthria   (hypotonal)muscles are too rigid and have too much tone  
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Upper motor neurons(UMN)   neuronal tracts in motor cortex,connect2b.stem and s.c  
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Spastic dysarthria legion in:UMN    
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Char. of Spastic   slow w/ jerky,imprecise artic.,strained/strangled voice quality  
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Most common cause of spastic   stroke(effects can be temp/permanent)pseudobulbar  
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Ataxic dys. lesion in   cerebellum(fast-paced)  
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Ataxic char   weak muscle,difficulty w/ muscle coordination  
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ataxic speech   hoarse/breathy,irregular rhythm,breakdowns in artic precision  
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causes of ataxic   degenerative diseases,stroke and TBI  
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hypokinetic dysarthria lesion in   basal ganglia  
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hypokinetic char.   lack approp.movement,rigid musc.(hypotonia),static tremors  
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hypo speech   red.breath supp.,red.loud,red.artic,limit.rangeofmotion,burstofspeec  
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hypokinetic associated w/   parkinsons disease(loud bursts of speech w/ pauses)  
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Hyperkinetic lesion in   extrapyramidal system and basal ganglia  
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characterized by   uncont.movements,twisting,writhing,inc.movement,tremors  
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speech characteristics   irreg.breathing,volume,quality,pitch changes,rapid bursts  
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hyperkinetic dysarthria associated w/   huntington's chorea(breakdowns in artic)  
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Mixed dys.   -combo of lesion locations, several systems  
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mixed dys associated w/   ALS  
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ALS   lesion in umn and lmn, progressive and degenerative neuro-muscular disease  
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