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Multiple Choice
A) determines the temporal component of the traveling wave.
B) determines the zona pelicula for the traveling wave.
C) represents the frequency component determined by the umbo of the manubrium.
D) determines the hair cells that will be maximally stimulated to fire.
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Multiple Choice
A) cochlear nucleus
B) primary-like responses
C) onset responses
D) chopper responses
E) pausers
F) build-up responses
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Multiple Choice
A) cochlea
B) middle ear
C) outer ear
D) vestibular mechanism
E) brainstem
F) cerebral cortex
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Essay
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View Answer
Multiple Choice
A) 2 dB
B) 25 dB
C) 4-6 dB
D) 17:1
E) 2:1
F) 9:7
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Multiple Choice
A) cochlear nucleus
B) duperior olivary complex
C) inferior colliculus
D) medial geniculate body
E) cerebral cortex
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Multiple Choice
A) high frequency
B) low frequency
C) localization of sound in space
D) temporal processing
E) spectral processing
F) interaural phase difference
G) interaural intensity difference
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Short Answer
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Short Answer
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Short Answer
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Multiple Choice
A) impedance matching
B) area ratio
C) lever ratio
D) buckling function
E) localization
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Multiple Choice
A) cochlear nucleus
B) duperior olivary complex
C) inferior colliculus
D) medial geniculate body
E) cerebral cortex
Correct Answer
verified
Essay
Correct Answer
verified
View Answer
Multiple Choice
A) cochlea
B) middle ear
C) outer ear
D) vestibular mechanism
E) brainstem
F) cerebral cortex
Correct Answer
verified
Multiple Choice
A) a wave is initially set up in the endolymph.
B) the perilymph of the scala vestibuli receives a compression pulse.
C) Reissner's membrane undergoes muscular contraction.
D) the organ of Corti vibrates at a resonant frequency equal to the whole-number multiple of the initial impulse.
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Multiple Choice
A) high-threshold neurons
B) low-threshold neurons
C) frequency specificity
D) poststimulus time histograms
E) characteristic frequency
F) tuning curve
G) tonotopic array
H) crossed and uncrossed olivocochlear bundles
I) interspike interval histogram
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Multiple Choice
A) high frequency
B) low frequency
C) localization of sound in space
D) temporal processing
E) spectral processing
F) interaural phase difference
G) interaural intensity difference
Correct Answer
verified
Multiple Choice
A) it can serve as an amplifier but not a filter.
B) it can serve as both filter and amplifier.
C) it can process only passive sounds.
D) it can serve as a filter but not an amplifier.
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Short Answer
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