I'm all ears
Eye can't believe it
Getting on my nerves
Sir mix a lot
Pons intended
100

The auditory ossicles are found in this section of the ear.

inner 

middle

outer

 the middle ear

100

this part of the eye produces aqueous humor

Sclera

Ciliary body

Pupil

Retina

Ciliary body

100

An olfactory cell is this type of neuron

Unipolar

bipolar

multipolar

Tripolar

bipolar

100

swimmer's ear is an infection in this part of the ear

outer ear

inner ear

middle ear

mastoid process


outer ear

100

this type of receptor detects tissue injury

Chemoreceptor

nociceptor

Thermoreceptors

sensory receptors

nociceptor

200

an infection of the middle ear is this


Otitis inner

Otitis middleus

otitis media

otitis media


200

this structure produces an oil to help lubricate the eye

conjunctiva

eyelid

Tarsal gland

The Tarsal Gland


200

this cranial nerve does not carry the sense of taste

CNI

CNII

CNVI

CNIV

CN VI

200

this structure create waves within the perilymph of the cochlear tube

Tympanic membrane

Pinna

Auditory canal

Oval window

Oval window

200

 the correct order for the pathway for hearing is

Bipolar neurons of CN VIII-pons-temporal lobe-midbrain

Bipolar neurons of CN VIII-pons-midbrain- temporal lobe- spinal cord

Bipolar neurons of CN VIII-pons-midbrain-temporal lobe

 

Bipolar neurons of CN VIII – pons – midbrain – temporal lobe

300

If a person cannot hear the sound produced by the tuning fork through the air or when the tuning fork is placed on the bone of the skull behind the ear,they most likely have these two types of hearing loss.

Conductive hearing loss

sensorineural hearing loss 

both

Conductive hearing loss and Sensorineural hearing loss

300

this part of the retina has a higher concentration of cones than rods

Macula lutea

optic nerve

cornea

Macula lutea

300

these receptors are found on olfactory hairs

Mechanoreceptors

Chemoreceptors

Nociceptors

Photoreceptors

Chemoreceptors

300

this taste is described as meaty

Salty

Umami

Bitter

Sweet

Umami

300

this cranial nerve is the optic nerve

CN I

CN IX

CN II

CN X

CN II

400

The bony labyrinth is in this section of the ear

inner

outer 

middle

Inner ear

400

These structures protect the eye

pupil, retina, cornea

eyelids, eyelashes, eyebrows

none of these

Eyelids, eyebrows, eyelashes

400

There are this many nerves in the human body

7 billion

7 million

7 trillion 

all of them because people get on every last one of them 

7 trillion

400

This type of equilibrium is active when a gymnast does somersaults

Static Equilibrium

Dynamic Equilibrium

Stable Equilibrium


Dynamic equilibrium

400

this type of receptor detects pressure

Thermoreceptors

Nociceptors

Mechanoreceptors

Photoreceptors

Mechanoreceptors

500

the function of the middle ear is to

minimize the vibration of the tympanic membrane

amplify the vibration of the tympanic membrane

neither of these are correct

To amplify the vibration of the tympanic membrane

500

this condition results if the cornea and lens focus the image behind the retina?

Myopia

Hyperopia

Deuteranopia

Presbyopia

Hyperopia

500

True or false?  The brain does not detect pain

true it does not have nociceptors which detect pain.

500

this cranial nerve is the olfactory nerve

CN I

CN IX

CN VII

CN X

CNI

500

this is the function of tactile disks

To detect light touch

To detect heavy touch

To detect deep pressure

To detect light touch that bends a hair

to detect light touch