Zusammenfassung der Ressource
Frage 1
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Our cochlear acts a little bit like a...
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Low pass filter
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High pass filter
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Band pass filter
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Coffee filter
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Fourier filter
Frage 2
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Humans have the ability to hear sound levels ranging to over 100dB. What kind of dynamic range to individual nerve cells have?
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20-50dB
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>100dB
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50-100dB
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10-30dB
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0-80dB
Frage 3
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In no particular order, what is the signal hierarchy in the brain for auditory stimuli?
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Auditory Nerve
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Cochlear Nucleus
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Superior Olive
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Lateral Lemniscus
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Inferior Colliculus
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Thalamus
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Auditory Cortex
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Organ of Corti
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Superior Colliculus
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Piriform Cortex
Frage 4
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In higher frequencies, two frequencies can fit into a single bandwidth filter and be selected for. These are called..
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Unresolved harmonics
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The volley principal
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Beats
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Residue pitch
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Resolved harmonics
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Fundamental frequency
Frage 5
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Lower frequency sounds require [blank_start]more[blank_end] intensity to be perceived as equal in loudness to higher frequencies.
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more
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less
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double
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half
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the same
Frage 6
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The physiological mechanism for loudness is proposed to be..
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The more neighbouring neurons that are firing together result in the sound being perceived as louder.
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The faster the vibrations of the hair cells the louder the sound is perceived.
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Stronger activation of a singular tuned cell.
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Interaural differences between the ears used to calculate sound levels.
Frage 7
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Sound localisation in the Azimuth plane is achieved by..
Frage 8
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Interaural time differences are processed in the [blank_start]Medial Superior Olive.[blank_end]
Interaural intensity differences are processed in the [blank_start]Lateral Superior Olive.[blank_end]
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Medial Superior Olive.
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Lateral Superior Olive.
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Lateral Superior Olive.
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Medial Superior Olive.