Rapidly adapting receptors found superficially in the skin

Slowly adapting receptors found superficially in the skin

Rapidly adapting receptors found deep in the skin

Slowly adapting receptors found deep in the skin

Found at the base of hairs in the skin 

A tear in the eardrum or block of the stapes

Due to fluid in the middle ear or wax in the external auditory canal

Due to fluid in the middle ear

Damage to the Organ of Corti or it's cells

Due to wax in the external auditory canal

It has a resting membrane potential that is negatively charged

It is an intracellular fluid

It is negatively charged compared to the receptor cells

It contains a high [K+] that is unique among such body fluids

It contains a high [Ca++] that is unique among body fluids

Cyclical vibration of the outer hair cells but not inner hair cells

Cyclical vibration of the malleus

Cyclical vibration of the malleus and the incus

Cyclical vibration of the cochlear partition

Cyclical vibration of the outer hair cells and the auditory nerve fibres

Of which only the middle compartment contains the receptor cells

Amplify the energy that is transmitted by the stapes to the round window

Of which only the outer two compartments contain fluid

Amplify the energy that is transmitted by the stapes to the oval window

All of which share the 3 rows of receptor cells

brain stem 

thoracic cavity 

inner ear 

abdominal cavity 

semicircular canals 

Allows us to distinguish sounds in elevation

Maintains the middle ear pressure at normal levels

Causes movement of the ossicles in sequence

Allows us to distinguish sounds coming from in front or behind us

Varies in size in proportion to the frequency of the sound

a receptor potential that results in the release of transmitter to afferent neurons

a receptor potential that results in more vibration of the cochlear partition

a generator potential that spreads along the Type I system to produce APs at some later point on the receptor

a generator potential that produces APs where there is a high density of voltage-gated Na+ channels

a receptor or generator potential depending on whether it occurs in inner or outer hair cells