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