What frequency is most sensitive to our ears?
A 1.5k-1.9k
B 300-500
C 10k-20k
D 2.5k-5k - ANSWER -D 2.5k-5k
Controls pitch (tensor)
A Cricothyroid
B Thyroarytenoid
C Posterior cricoarytenoid
D Lateral cricoarytenoid - ANSWER -A Cricothyroid
Softens voice (relaxer)
A Cricothyroid
B Thyroarytenoid
C Posterior cricoarytenoid
D Lateral cricoarytenoid - ANSWER -B Thyroarytenoid
Abducts vocal folds
A Cricothyroid
B Thyroarytenoid
C Posterior cricoarytenoid
D Lateral cricoarytenoid - ANSWER -C Posterior cricoarytenoid
Fluency shaping technique aimed to beginning a word with reduced
physical tension
A Easy onset
B Light contact
,C Pausing - ANSWER -A Easy onset
Fluency shaping technique aimed to touch articulators together with less
tension
A Easy onset
B Light contact
C Pausing - ANSWER -B Light contact
Fluency shaping technique aimed to insert rests between groups of
words
A Easy onset
B Light contact
C Pausing - ANSWER -C Pausing
norm-referenced stuttering assessment - ANSWER -Stuttering Severity
Instrument (SSI-4)
Goals of cleft palate Tx
Select all that apply
A Establish correct articulation (placement, manner, and voicing) using
articulation therapy techniques
B Eliminate or prevent harmful vocal behaviors
C Ensure there is good oral pressure during sound production
D Ensure the client is developing better oral awareness and
discrimination
, E Establish placement of tongue at the back lateral margins so that it
stays inside the mouth
F Establish new motor speech patterns that replace speech sound errors -
ANSWER -A Establish correct articulation (placement, manner, and
voicing) using articulation therapy techniques
C Ensure there is good oral pressure during sound production
F Establish new motor speech patterns that replace speech sound errors
MOST COMMON errors of cleft palate articulation
Select all that apply
A Nasal fricatives
B Glottal stops
C Pharyngeal stop
D Pharyngeal fricatives
E Laryngeal fricatives
F Mid-dorsum palatal stops - ANSWER -B Glottal stops: formed by a
"pop" of air when the child forces his/her vocal folds (located in the
voice box) together. The release of air can make it sound like a child is
omitting a consonant (like saying "-all" for "ball").
A Nasal fricatives: formed by directing the stream of air through the
nasal cavity, instead of the oral cavity, during speech. It sounds like the
child is "talking through his/her nose" for particular sounds, like S in the
word "sun."
D Pharyngeal fricatives: formed by pressing the base of the tongue
against the back of the throat and releasing a stream of air for speech. It
can sound like the child is using a "raspy H" for particular sounds, like
SH in the word "shoe."