SLP A&P Exam #4 Review

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Name one muscle that causes outward movement of the sides of the pharynx

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1

Name one muscle that causes outward movement of the sides of the pharynx

stylopharyngeus

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2

T/F Like the maxilla, the mandible also has alveolar process that accommodates your permanent teeth

true

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3

T/F The surface of the tongue is covered with a specialized mucous that houses our tastebuds

true

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4

What is the name of the 10 teeth children have that are later replaced by permanent teeth

deciduous teeth

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5

What is the buccal cavity

it's the space in your mouth between your teeth and cheek

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6

Yes/No Are all vowel's voiceless

no

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7

What is the placement of the [i] phoneme

high, front

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8

What part of the tongue do you use to make the /t/

tip

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9

Name the three obstruents classes

stops, fricatives, and affricates

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10

Name the intrinsic muscles of the tongue

vertical, transverse, superior/interior longitudinal

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11

Name a sound that matches this specific place of articulation. Bilabial.

m, p, b, w

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12

Name a sound that matches this specific place of articulation. Labiodental

f, v

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13

Name a sound that matches this specific place of articulation. Glottal

h

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14

What cranial nerve innervates the motor component of the lips

facial nerve; VII

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15

Describe the movement of a mature chew.

rotary movement; circular motion

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16

What is the different between forward coarticulation and backward coarticulation

forward coarticulation: when the articulatory characteristics of an upcoming sound influence the characteristics of a currently produced sound; backward coarticulation: when a currently articulated sound is influence by the articulatory characteristics of a previous sound in the speech production stream

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17

What is an example of forward coarticulation with the sounds [su]

Lip rounding of /u/ effects the /s/

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18

What is an example of backward coarticulation with the sounds [tuts]

/u/ is effecting the final /s/

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19

The mandible articulates with the left and right temporal bones along the sides of the school to form the ______

temporomandibular joints

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20

T/F Only front valves are considered sonorants

false

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21

T/F During production of vowels, the size of the airway is influenced by the position of the mandible, which in turn influences the height of the tongue.

true

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22

T/F The sound that emerges from the lips is different from the sound that is generates at the larynx

true

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23

T/F The pharynx is widest at the top and narrows as it continues downward toward the larynx

true

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24

T/F The pharyngeal oral mechanism is a flexible tube that extends from the larynx to the lips and undergoes an approximate 90* bend at the level of the nasopharynx.

false

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25

Name the two muscles that cause the inward movement on the sides of the pharynx

inferior and middle constrictor muscles

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26

Inward movement on the front wall of the pharynx is usually caused by the ___ and epiglottis

tongue

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27

The upper lip is fixed to the maxilla and the lower lip rides with the ___

mandible

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28

What is the placement of the [ɑ]

low, back

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29

What is the placement of the unstressed er

mid, central

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30

The voicing dimensions for stop plosives, fricatives, and affricates is ____

binary

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31

What is the most obvious structural difference of the oropharyngeal mechanism between men and women

size

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32

Name the two mechanisms that make up the upper airway

pharyngeal-oral, velopharyngeal-nasal

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33

Name one bone of the skull.

temporal

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34

The pharyngeal oral mechanism is supported by skeletal structures that provide its framework. Name one bone of the face.

mandible

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35

What is the cheek bone called?

zygomatic bone

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36

What structures does the oral vestibule include?

lips, teeth, alveolar ridge

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37

What part of the tongue do you use to make the /k/

root

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38

What part of the tongue do you use to make the /d3/

dorsum

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39

What are the active forces that are applied to the pharyngeal-oral mechanism

contraction of muscles (extrinsic and intrinsic)

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40

What are the passive forces that are applied to the pharyngeal-oral mechanism

gravity and natural recoil, surface tension, aeromechanical forces within the pharyngeal and oral portions of the mechanism

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41

Name the diphthongs.

[ai, aʊ, ei ɔɪ, oʊ]

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42

Name the extrinsic muscles of tongue

styloglossus, hypoglossus, palatoglossus, genioglossus

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43

Name a sound that matches this specific place of articulation. Interdental

th (voiced and unvoiced)

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44

Name a sound that matches this specific place of articulation. Lingual alveolar

l, n, t. d, s, z

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45

Name a sound that matches this specific place of articulation. Lingual palatal

r, ʧ, ʃ, dʒ, ʒ

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46

Name a sound that matches this specific place of articulation. Lingual velars

k, g, ŋ

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47

What are the glides

w, j

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48

What cranial nerve innervates motor component of the pharynx

IX, X

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49

What cranial nerve innervates motor component of the mandible

V

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50

What cranial nerve innervates motor component of the tongue

X, XII

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51

What are the characteristics of a transient sound.

oral airstream is momentarily interrupted and then released

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52

What is an example of a transient sound

/p/ stops

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53

What are the characteristics of a turbulent sound

air is forced through a narrow constriction

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54

What is an example of a turbulent sound

/s/ fricatives

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55

What is lingual-mandibular dependency

movement of the tongue that relies on movement of the mandible

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56

How can you see lingual-mandibular dependency during an oral mech exam

ask them to move their tongue side to side and they move their jaw side to side

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57

What is a muscle hydrostat

a pliable structure without bones with connective tissue that allows it to change shape while maintaining overall volume

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58

What is an example of a muscle hydrostat

tongue

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59

Full obstruction of the pharyngeal oral tract can be accomplished through structural contact of the following

tongue against pharynx, velum, hard palate, alveolar process of the maxilla, teeth, lips; lips against teeth; lips against one another

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60

Describe the pharyngeal oral acoustic impedance and how it influences speech production

how well sound waves can go through oropharyngeal airway; constricted side to side; larger = sound waves moves easily; smaller = sound waves move more difficultly

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