if a person hears a tone of 300 hz, three groups of neurons take turns sending the message to the brain—the…

if a person hears a tone of 300 hz, three groups of neurons take turns sending the message to the brain—the first group for the first 100 hz, the second group for the next 100 hz, and a third for the next 100 hz. this principle is known as the _________. rotational theory frequency theory volley theory place theory

if a person hears a tone of 300 hz, three groups of neurons take turns sending the message to the brain—the first group for the first 100 hz, the second group for the next 100 hz, and a third for the next 100 hz. this principle is known as the _________. rotational theory frequency theory volley theory place theory

Answer

Brief Explanations:

The volley theory states that when the pitch of a sound is too high for a single neuron to fire at the same frequency, groups of neurons take turns firing to match the frequency. In this case, three groups of neurons take turns sending messages for a 300 - Hz tone, which is consistent with the volley theory. Rotational theory is not related to auditory perception in this context. Frequency theory assumes a one - to - one correspondence between neuron firing rate and sound frequency, which is not applicable here as a single neuron can't fire at 300 Hz. Place theory relates to the location on the basilar membrane that vibrates most for a particular frequency, not to the neuron - firing pattern described.

Answer:

C. volley theory