Nature of Sound/Respiratory
Phonatory/
Laryngeal System
Laryngeal System
Articulatory/Respiratory System
Auditory System
Nervous System
100
The force that carries a vibrating object beyond the point of rest is:
inertia
100
What is the cycle-to-cycle variability in frequency
Jitter
100
unvoiced, velar, stop consonant
/k/
100
Individuals with hearing loss may speak in the ____ of the mouth, resulting in cul-de-sac resonance
back
100
Which lobe of the brain is responsible for language expression, reasoning, and problem solving?
Frontal lobe
200
muscles of inhalation
External intercostals
200
The softest and loudest phonation one can produce
Dynamic range
200
Vocal folds are _____ at rest
abducted
200
____ are susceptible to middle ear infections because their Eustachian tubes run nearly horizontally, so fluids do not drain easily
Infants
200
An ____ extends from the cell body and transmits nerve impulses away from the cell body
axon
300
The number of cycles per second
Frequency
300
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Hyoid bone
300
F2 on an F1/F2 plot represents
Tongue advancement
300
The human auditory system responds more favorably to sounds in the _____ frequencies
midrange
300
The cranial nerve that plays a vital role in heart rate, endocrine function, digestion and phonation is
CN X
400
Trachea, bronchi, bronchioles, alveoli, and lungs make up the ____ apparatus.
pulmonary apparatus
400
The basic model that describes voice production as an interaction of the muscle force, tissue elasticity, air pressure and flows.
myoelastic-aerodynamic theory
400
Nasal consonants have a complete closure in which location?
oral cavity
400
The structure that is responsible for transducing pressure waves into mechanical vibration
Tympanic Membrane
400
Damage to the basal nuclei may result in
Excessive involuntary movements