Deck 14: Sensory Systems

Full screen (f)
exit full mode
Question
Receptors that detect tissue damage are classified as ____. ​

A)photoreceptors
B)chemoreceptors
C)mechanoreceptors
D)thermoreceptors
E)nociceptors ​
Use Space or
up arrow
down arrow
to flip the card.
Question
Free nerve endings in the skin detect ____. ​

A)steady touch
B)steady pressure
C)vibrations
D)movements of individual hairs
E)deep pressure ​
Question
Which receptors would be involved in NaCl homeostasis? ​

A)photoreceptors
B)chemoreceptors
C)mechanoreceptors
D)thermoreceptors
E)osmoreceptors ​
Question
The understanding of the significance of a stimulus is ____.

A)threshold
B)sensation
C)transduction
D)perception
E)action potential
Question
Which aspect of sensory transduction relates to the stimulus strength? ​

A)action potential frequency
B)action potential size
C)the neural pathway followed
D)receptive field size
E)the brain region stimulated ​
Question
Which receptor is involved in detecting changes in body position? ​

A)Pacinian corpuscle
B)free nerve endings
C)muscle spindle
D)Merkel's discs
E)Meissner's corpuscle ​
Question
Spinal cord neurons processing pain information release ____. ​

A)substance P
B)bradykinins
C)prostaglandins
D)histamine
E)acetylcholine ​
Question
The diminished response to an ongoing stimulus is ____.

A)threshold
B)sensation
C)transduction
D)perception
E)sensory adaptation
Question
Which body part is most sensitive to somatosensory stimuli? ​

A)arm
B)palm of hand
C)cheeks
D)back of hand
E)tip of tongue ​
Question
Which chemicals are natural pain suppressors? ​

A)substance P
B)bradykinins
C)prostaglandins
D)histamine
E)endorphins ​
Question
Pain from an internal organ is known as ____. ​

A)referenced pain
B)phantom pain
C)somatic pain
D)dermatomes
E)visceral pain ​
Question
Pain receptors are classified as ____. ​

A)Pacinian corpuscle
B)free nerve endings
C)muscle spindle
D)Merkel's discs
E)Meissner's corpuscle ​
Question
Somatic sensations include all of the following EXCEPT ____. ​

A)hearing
B)touch
C)pain
D)temperature
E)pressure ​
Question
Smell and taste receptors would be classified as ____. ​

A)photoreceptors
B)chemoreceptors
C)mechanoreceptors
D)thermoreceptors
E)nociceptors ​
Question
Which term refers to a form of energy that activates receptor endings of sensory neurons?

A)threshold
B)sensation
C)transduction
D)stimulus
E)action potential
Question
The somatosensory cortex is housed in the ____. ​

A)spinal cord
B)temporal lobe
C)frontal lobe
D)parietal lobe
E)cerebellum
Question
Two separate neural signals move across different sensory neurons. Which aspect of the two separate systems is identical? ​

A)action potential frequency
B)action potential size
C)the neural pathway followed
D)the number of axons activated
E)the brain region stimulated ​
Question
Which of the following is NOT a common characteristic of both taste and smell receptors? ​

A)respond to airborne chemicals
B)receptors constantly replaced
C)information passes through thalamus
D)perception occurs in cerebral cortex
E)information integrated with emotional states ​
Question
A dendrite of a sensory neuron is classified as a(n)____. ​

A)free nerve ending
B)encapsulated receptor
C)sensory receptor
D)sensory stimulus
E)tertiary sensory neuron ​
Question
The conscious awareness of a stimulus is ____.

A)threshold
B)sensation
C)transduction
D)perception
E)action potential
Question
The hair cells for hearing are housed in the ____. ​

A)cochlea
B)semicircular canals
C)tympanic membrane
D)round window
E)auditory nerve ​
Question
The cilia of auditory hair cells are embedded in the ____. ​

A)tectorial membrane
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli ​
Question
The stapes is directly connected to the ____. ​

A)cochlea
B)oval window
C)tympanic membrane
D)round window
E)auditory nerve ​
Question
Which inner ear structure determines pitch selection? ​

A)tectorial membrane
B)ear drum
C)scala tympani
D)middle ear bone
E)basilar membrane ​
Question
Sound waves enter the ear through the ____. ​

A)cochlea
B)auditory canal
C)tympanic membrane
D)round window
E)auditory nerve ​
Question
Which of the following is NOT a primary taste? ​

A)sour
B)creamy
C)umami
D)sweet
E)bitter ​
Question
Pheromones are detected in the ____. ​

A)nasal epithelium
B)vomeronasal organ
C)olfactory bulb
D)thalamus
E)cerebral cortex ​
Question
What serves as a pressure release valve for the force of the air waves passing through the cochlea? ​

A)Eustachian tube
B)oval window
C)tympanic membrane
D)round window
E)auditory nerve ​
Question
Resting on top of the basilar membrane is the ____. ​

A)organ of Corti
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli ​
Question
The sense of balance relies on information from all of the following EXCEPT ____. ​

A)eyes
B)cochlea
C)skin
D)joints
E)vestibular apparatus ​
Question
The basilar membrane makes up the floor of the ____. ​

A)middle ear
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli ​
Question
Which structure runs from the middle ear to the pharynx to equalize air pressure? ​

A)cochlea
B)auditory canal
C)tympanic membrane
D)round window
E)Eustachian tube ​
Question
As sound waves begin at the oval window the pressure wave next travels in the ____. ​

A)middle ear
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli
Question
Taste buds ____. ​

A)interact directly with taste stimuli
B)are found on the tip of the tongue
C)send axons directly to the cerebral cortex
D)house cells that contain axons
E)contain taste receptor cells ​
Question
Where within the nervous system do cells determine the exact nature of an odor sensation? ​

A)nasal passages
B)nasal epithelium
C)olfactory bulb
D)thalamus
E)cerebral cortex ​
Question
When auditory hair cells bend they ____. ​

A)produce action potentials
B)are inhibited
C)release neurotransmitters
D)cause a pressure wave to strike the eardrum
E)inhibit the auditory nerve ​
Question
The eardrum is directly connected to the ____. ​

A)cochlea
B)malleus
C)tympanic membrane
D)round window
E)stapes ​
Question
The amplitude of a sound wave corresponds to ____. ​

A)loudness
B)direction
C)frequency
D)timbre
E)pressure ​
Question
Taste cells that respond to sour specifically interact with ____. ​

A)sodium ions
B)hydrogen ions
C)quinine
D)sugars
E)glutamate ​
Question
Taste cells that respond to umami specifically interact with ____. ​

A)sodium ions
B)hydrogen ions
C)quinine
D)sugars
E)glutamate ​
Question
Night blindness results from a deficiency in ____. ​

A)rhodamine
B)cytochromes
C)phytochromes
D)retinal
E)vitamin A ​
Question
Hair cells of the inner ear begin to show damage when exposed to sound louder than ____. ​

A)20-30 decibels
B)40-50 decibels
C)55-65 decibels
D)75-85 decibels
E)100 decibels ​
Question
The receptors that detect head rotation ____. ​

A)are located in the cochlea
B)are located in the utricle
C)are found at the base of each semicircular canal
D)respond best to straight line acceleration
E)are contained in an air-filled space ​
Question
Children with short Eustachian tubes are susceptible to ____. ​

A)otitis media
B)tinnitus
C)congenital deafness
D)vertigo
E)nerve deafness ​
Question
Which of the following is characteristic of cones? ​

A)night vision
B)dim light
C)perception of color
D)coarse perception of movements
E)found in optic disc ​
Question
Which of the following cells are NOT part of the retina? ​

A)amacrine cells
B)horizontal cells
C)bipolar cells
D)vertical cells
E)ganglion cells ​
Question
The visual pigment in rods ____. ​

A)works best in bright light
B)is more diverse than that found in cones
C)is found in the fovea
D)is called rhodopsin
E)absorbs red light ​
Question
The receptors that detect linear motion ____. ​

A)have cilia embedded in a cupula
B)are located in the utricle and sacculae
C)are found at the base of each semicircular canal
D)respond best to spinning movements
E)are contained in an air-filled space ​
Question
When viewing a nearby object ____. ​

A)the focal point is centered on the optic disc
B)the focal point moves farther away
C)the ciliary body muscle is contracted
D)the lens flattens
E)parallel light rays strike the retina ​
Question
Which structure controls lens shape? ​

A)cornea
B)sclera
C)iris
D)ciliary body
E)fovea ​
Question
Information from the right visual field is ____. ​

A)carried into the thalamus by the optic chiasm
B)detected by both eyes
C)sent directly to the visual cortex
D)processed by the right visual cortex
E)carried by the left optic nerve ​
Question
The aqueous humor ____. ​

A)is in contact with the retina
B)supports the lens
C)is formed by the vitreous body
D)is found between the choroid and retina
E)bathes both sides of the lens ​
Question
Which structure adjusts to control the intensity of incoming light? ​

A)cornea
B)sclera
C)iris
D)ciliary body
E)fovea ​
Question
Nerve impulses from the vestibular apparatus travel to reflex centers in the ____. ​

A)spinal cord
B)brain stem
C)cerebral cortex
D)hypothalamus
E)thalamus ​
Question
On which portion of the visual system is the image upside down and backwards? ​

A)cornea
B)lens
C)retina
D)occipital lobe
E)visual cortex ​
Question
Visual pigments are made from opsin and ____. ​

A)rhodamine
B)cytochromes
C)phytochromes
D)retinal
E)vitamin D ​
Question
The structure in the retina containing cone cells is the ____. ​

A)cornea
B)optic disc
C)iris
D)ciliary body
E)fovea ​
Question
Axons forming the optic nerve are derived from ____. ​

A)amacrine cells
B)horizontal cells
C)bipolar cells
D)vertical cells
E)ganglion cells ​
Question
The structure responsible for detecting linear motion is the ____. ​

A)cochlea
B)semicircular canals
C)cupula
D)auditory nerve
E)otolith organ ​
Question
The transparent anterior portion of the eye is the ____. ​

A)cornea
B)sclera
C)iris
D)ciliary body
E)fovea ​
Question
Match between columns
cancer of the retina
retinoblastoma
cancer of the retina
astigmatism
cancer of the retina
malignant melanoma
cancer of the retina
myopia
cancer of the retina
hyperopia
cancer of the retina
conjunctivitis
cancer of the retina
glaucoma
cancer of the retina
macular degeneration
cancer of the retina
cataracts
eye is too short
retinoblastoma
eye is too short
astigmatism
eye is too short
malignant melanoma
eye is too short
myopia
eye is too short
hyperopia
eye is too short
conjunctivitis
eye is too short
glaucoma
eye is too short
macular degeneration
eye is too short
cataracts
increased aqueous humor pressure
retinoblastoma
increased aqueous humor pressure
astigmatism
increased aqueous humor pressure
malignant melanoma
increased aqueous humor pressure
myopia
increased aqueous humor pressure
hyperopia
increased aqueous humor pressure
conjunctivitis
increased aqueous humor pressure
glaucoma
increased aqueous humor pressure
macular degeneration
increased aqueous humor pressure
cataracts
lens is too strong
retinoblastoma
lens is too strong
astigmatism
lens is too strong
malignant melanoma
lens is too strong
myopia
lens is too strong
hyperopia
lens is too strong
conjunctivitis
lens is too strong
glaucoma
lens is too strong
macular degeneration
lens is too strong
cataracts
uneven cornea
retinoblastoma
uneven cornea
astigmatism
uneven cornea
malignant melanoma
uneven cornea
myopia
uneven cornea
hyperopia
uneven cornea
conjunctivitis
uneven cornea
glaucoma
uneven cornea
macular degeneration
uneven cornea
cataracts
loss of cells in retina producing blind spot
retinoblastoma
loss of cells in retina producing blind spot
astigmatism
loss of cells in retina producing blind spot
malignant melanoma
loss of cells in retina producing blind spot
myopia
loss of cells in retina producing blind spot
hyperopia
loss of cells in retina producing blind spot
conjunctivitis
loss of cells in retina producing blind spot
glaucoma
loss of cells in retina producing blind spot
macular degeneration
loss of cells in retina producing blind spot
cataracts
inflammation of membrane covering the sclera
retinoblastoma
inflammation of membrane covering the sclera
astigmatism
inflammation of membrane covering the sclera
malignant melanoma
inflammation of membrane covering the sclera
myopia
inflammation of membrane covering the sclera
hyperopia
inflammation of membrane covering the sclera
conjunctivitis
inflammation of membrane covering the sclera
glaucoma
inflammation of membrane covering the sclera
macular degeneration
inflammation of membrane covering the sclera
cataracts
lens becomes cloudy
retinoblastoma
lens becomes cloudy
astigmatism
lens becomes cloudy
malignant melanoma
lens becomes cloudy
myopia
lens becomes cloudy
hyperopia
lens becomes cloudy
conjunctivitis
lens becomes cloudy
glaucoma
lens becomes cloudy
macular degeneration
lens becomes cloudy
cataracts
cancer of the choroid layer
retinoblastoma
cancer of the choroid layer
astigmatism
cancer of the choroid layer
malignant melanoma
cancer of the choroid layer
myopia
cancer of the choroid layer
hyperopia
cancer of the choroid layer
conjunctivitis
cancer of the choroid layer
glaucoma
cancer of the choroid layer
macular degeneration
cancer of the choroid layer
cataracts
Question
Match between columns
supports lens from behind
iris
supports lens from behind
choroid
supports lens from behind
vitreous body
supports lens from behind
lens
supports lens from behind
fovea
supports lens from behind
sclera
supports lens from behind
ciliary body
supports lens from behind
cornea
focuses light rays
iris
focuses light rays
choroid
focuses light rays
vitreous body
focuses light rays
lens
focuses light rays
fovea
focuses light rays
sclera
focuses light rays
ciliary body
focuses light rays
cornea
white of the eye
iris
white of the eye
choroid
white of the eye
vitreous body
white of the eye
lens
white of the eye
fovea
white of the eye
sclera
white of the eye
ciliary body
white of the eye
cornea
controls lens shape
iris
controls lens shape
choroid
controls lens shape
vitreous body
controls lens shape
lens
controls lens shape
fovea
controls lens shape
sclera
controls lens shape
ciliary body
controls lens shape
cornea
colored part of eye
iris
colored part of eye
choroid
colored part of eye
vitreous body
colored part of eye
lens
colored part of eye
fovea
colored part of eye
sclera
colored part of eye
ciliary body
colored part of eye
cornea
first structure light passes through
iris
first structure light passes through
choroid
first structure light passes through
vitreous body
first structure light passes through
lens
first structure light passes through
fovea
first structure light passes through
sclera
first structure light passes through
ciliary body
first structure light passes through
cornea
middle vascular layer
iris
middle vascular layer
choroid
middle vascular layer
vitreous body
middle vascular layer
lens
middle vascular layer
fovea
middle vascular layer
sclera
middle vascular layer
ciliary body
middle vascular layer
cornea
part of retina for fine focus vision
iris
part of retina for fine focus vision
choroid
part of retina for fine focus vision
vitreous body
part of retina for fine focus vision
lens
part of retina for fine focus vision
fovea
part of retina for fine focus vision
sclera
part of retina for fine focus vision
ciliary body
part of retina for fine focus vision
cornea
Question
Match between columns
eardrum
stapes
eardrum
auditory nerve
eardrum
oval window
eardrum
round window
eardrum
cochlea
eardrum
hair cells
eardrum
basilar membrane
eardrum
tympanic membrane
eardrum
tectorial membrane
eardrum
malleus
eardrum
Eustachian tube
connected to scala vestibuli
stapes
connected to scala vestibuli
auditory nerve
connected to scala vestibuli
oval window
connected to scala vestibuli
round window
connected to scala vestibuli
cochlea
connected to scala vestibuli
hair cells
connected to scala vestibuli
basilar membrane
connected to scala vestibuli
tympanic membrane
connected to scala vestibuli
tectorial membrane
connected to scala vestibuli
malleus
connected to scala vestibuli
Eustachian tube
serves as a release valve
stapes
serves as a release valve
auditory nerve
serves as a release valve
oval window
serves as a release valve
round window
serves as a release valve
cochlea
serves as a release valve
hair cells
serves as a release valve
basilar membrane
serves as a release valve
tympanic membrane
serves as a release valve
tectorial membrane
serves as a release valve
malleus
serves as a release valve
Eustachian tube
carries auditory information away from ear
stapes
carries auditory information away from ear
auditory nerve
carries auditory information away from ear
oval window
carries auditory information away from ear
round window
carries auditory information away from ear
cochlea
carries auditory information away from ear
hair cells
carries auditory information away from ear
basilar membrane
carries auditory information away from ear
tympanic membrane
carries auditory information away from ear
tectorial membrane
carries auditory information away from ear
malleus
carries auditory information away from ear
Eustachian tube
frequency selection
stapes
frequency selection
auditory nerve
frequency selection
oval window
frequency selection
round window
frequency selection
cochlea
frequency selection
hair cells
frequency selection
basilar membrane
frequency selection
tympanic membrane
frequency selection
tectorial membrane
frequency selection
malleus
frequency selection
Eustachian tube
houses the organ of Corti
stapes
houses the organ of Corti
auditory nerve
houses the organ of Corti
oval window
houses the organ of Corti
round window
houses the organ of Corti
cochlea
houses the organ of Corti
hair cells
houses the organ of Corti
basilar membrane
houses the organ of Corti
tympanic membrane
houses the organ of Corti
tectorial membrane
houses the organ of Corti
malleus
houses the organ of Corti
Eustachian tube
connects middle ear to pharynx
stapes
connects middle ear to pharynx
auditory nerve
connects middle ear to pharynx
oval window
connects middle ear to pharynx
round window
connects middle ear to pharynx
cochlea
connects middle ear to pharynx
hair cells
connects middle ear to pharynx
basilar membrane
connects middle ear to pharynx
tympanic membrane
connects middle ear to pharynx
tectorial membrane
connects middle ear to pharynx
malleus
connects middle ear to pharynx
Eustachian tube
connected directly to eardrum
stapes
connected directly to eardrum
auditory nerve
connected directly to eardrum
oval window
connected directly to eardrum
round window
connected directly to eardrum
cochlea
connected directly to eardrum
hair cells
connected directly to eardrum
basilar membrane
connected directly to eardrum
tympanic membrane
connected directly to eardrum
tectorial membrane
connected directly to eardrum
malleus
connected directly to eardrum
Eustachian tube
hair cell cilia embedded within
stapes
hair cell cilia embedded within
auditory nerve
hair cell cilia embedded within
oval window
hair cell cilia embedded within
round window
hair cell cilia embedded within
cochlea
hair cell cilia embedded within
hair cells
hair cell cilia embedded within
basilar membrane
hair cell cilia embedded within
tympanic membrane
hair cell cilia embedded within
tectorial membrane
hair cell cilia embedded within
malleus
hair cell cilia embedded within
Eustachian tube
auditory cells
stapes
auditory cells
auditory nerve
auditory cells
oval window
auditory cells
round window
auditory cells
cochlea
auditory cells
hair cells
auditory cells
basilar membrane
auditory cells
tympanic membrane
auditory cells
tectorial membrane
auditory cells
malleus
auditory cells
Eustachian tube
Question
Match between columns
pain receptor
Ruffini endings
pain receptor
Pacinian corpuscle
pain receptor
Merkel's disc
pain receptor
free nerve ending
pain receptor
Meissner's corpuscle
pain receptor
muscle spindle
light touch
Ruffini endings
light touch
Pacinian corpuscle
light touch
Merkel's disc
light touch
free nerve ending
light touch
Meissner's corpuscle
light touch
muscle spindle
deep pressure and vibrations
Ruffini endings
deep pressure and vibrations
Pacinian corpuscle
deep pressure and vibrations
Merkel's disc
deep pressure and vibrations
free nerve ending
deep pressure and vibrations
Meissner's corpuscle
deep pressure and vibrations
muscle spindle
pressure and touch
Ruffini endings
pressure and touch
Pacinian corpuscle
pressure and touch
Merkel's disc
pressure and touch
free nerve ending
pressure and touch
Meissner's corpuscle
pressure and touch
muscle spindle
steady touch
Ruffini endings
steady touch
Pacinian corpuscle
steady touch
Merkel's disc
steady touch
free nerve ending
steady touch
Meissner's corpuscle
steady touch
muscle spindle
body position
Ruffini endings
body position
Pacinian corpuscle
body position
Merkel's disc
body position
free nerve ending
body position
Meissner's corpuscle
body position
muscle spindle
Ruffini endings
Pacinian corpuscle
Merkel's disc
free nerve ending
Meissner's corpuscle
muscle spindle
Question
Which condition is also known as nearsightedness? ​

A)red-green color blindness
B)astigmatism
C)hyperopia
D)myopia
E)cataracts ​
Question
In which condition must the eye often be removed to prevent the spread of the disease? ​

A)conjunctivitis
B)malignant melanoma
C)retinoblastoma
D)macular degeneration
E)herpes infection ​
Question
Match between columns
taste and smell
thermoreceptors
taste and smell
nociceptors
taste and smell
osmoreceptors
taste and smell
mechanoreceptors
taste and smell
chemoreceptors
taste and smell
photoreceptors
rods and cones
thermoreceptors
rods and cones
nociceptors
rods and cones
osmoreceptors
rods and cones
mechanoreceptors
rods and cones
chemoreceptors
rods and cones
photoreceptors
respond to heat or cold
thermoreceptors
respond to heat or cold
nociceptors
respond to heat or cold
osmoreceptors
respond to heat or cold
mechanoreceptors
respond to heat or cold
chemoreceptors
respond to heat or cold
photoreceptors
detect changes in solute concentration
thermoreceptors
detect changes in solute concentration
nociceptors
detect changes in solute concentration
osmoreceptors
detect changes in solute concentration
mechanoreceptors
detect changes in solute concentration
chemoreceptors
detect changes in solute concentration
photoreceptors
pain receptors
thermoreceptors
pain receptors
nociceptors
pain receptors
osmoreceptors
pain receptors
mechanoreceptors
pain receptors
chemoreceptors
pain receptors
photoreceptors
skin receptors that detect pressure
thermoreceptors
skin receptors that detect pressure
nociceptors
skin receptors that detect pressure
osmoreceptors
skin receptors that detect pressure
mechanoreceptors
skin receptors that detect pressure
chemoreceptors
skin receptors that detect pressure
photoreceptors
Question
Explain how sound entering the ear produces action potentials in the auditory nerve. ​
Question
The most common form of eye cancer is ____. ​

A)conjunctivitis
B)malignant melanoma
C)retinoblastoma
D)macular degeneration
E)glaucoma ​
Question
The most common inherited visual abnormality is ____. ​

A)red-green color blindness
B)astigmatism
C)hyperopia
D)myopia
E)cataracts ​
Question
The visual deficit related to a misshapen cornea is ____. ​

A)red-green color blindness
B)astigmatism
C)hyperopia
D)myopia
E)cataracts ​
Unlock Deck
Sign up to unlock the cards in this deck!
Unlock Deck
Unlock Deck
1/71
auto play flashcards
Play
simple tutorial
Full screen (f)
exit full mode
Deck 14: Sensory Systems
1
Receptors that detect tissue damage are classified as ____. ​

A)photoreceptors
B)chemoreceptors
C)mechanoreceptors
D)thermoreceptors
E)nociceptors ​
E
2
Free nerve endings in the skin detect ____. ​

A)steady touch
B)steady pressure
C)vibrations
D)movements of individual hairs
E)deep pressure ​
D
3
Which receptors would be involved in NaCl homeostasis? ​

A)photoreceptors
B)chemoreceptors
C)mechanoreceptors
D)thermoreceptors
E)osmoreceptors ​
E
4
The understanding of the significance of a stimulus is ____.

A)threshold
B)sensation
C)transduction
D)perception
E)action potential
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
5
Which aspect of sensory transduction relates to the stimulus strength? ​

A)action potential frequency
B)action potential size
C)the neural pathway followed
D)receptive field size
E)the brain region stimulated ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
6
Which receptor is involved in detecting changes in body position? ​

A)Pacinian corpuscle
B)free nerve endings
C)muscle spindle
D)Merkel's discs
E)Meissner's corpuscle ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
7
Spinal cord neurons processing pain information release ____. ​

A)substance P
B)bradykinins
C)prostaglandins
D)histamine
E)acetylcholine ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
8
The diminished response to an ongoing stimulus is ____.

A)threshold
B)sensation
C)transduction
D)perception
E)sensory adaptation
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
9
Which body part is most sensitive to somatosensory stimuli? ​

A)arm
B)palm of hand
C)cheeks
D)back of hand
E)tip of tongue ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
10
Which chemicals are natural pain suppressors? ​

A)substance P
B)bradykinins
C)prostaglandins
D)histamine
E)endorphins ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
11
Pain from an internal organ is known as ____. ​

A)referenced pain
B)phantom pain
C)somatic pain
D)dermatomes
E)visceral pain ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
12
Pain receptors are classified as ____. ​

A)Pacinian corpuscle
B)free nerve endings
C)muscle spindle
D)Merkel's discs
E)Meissner's corpuscle ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
13
Somatic sensations include all of the following EXCEPT ____. ​

A)hearing
B)touch
C)pain
D)temperature
E)pressure ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
14
Smell and taste receptors would be classified as ____. ​

A)photoreceptors
B)chemoreceptors
C)mechanoreceptors
D)thermoreceptors
E)nociceptors ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
15
Which term refers to a form of energy that activates receptor endings of sensory neurons?

A)threshold
B)sensation
C)transduction
D)stimulus
E)action potential
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
16
The somatosensory cortex is housed in the ____. ​

A)spinal cord
B)temporal lobe
C)frontal lobe
D)parietal lobe
E)cerebellum
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
17
Two separate neural signals move across different sensory neurons. Which aspect of the two separate systems is identical? ​

A)action potential frequency
B)action potential size
C)the neural pathway followed
D)the number of axons activated
E)the brain region stimulated ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
18
Which of the following is NOT a common characteristic of both taste and smell receptors? ​

A)respond to airborne chemicals
B)receptors constantly replaced
C)information passes through thalamus
D)perception occurs in cerebral cortex
E)information integrated with emotional states ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
19
A dendrite of a sensory neuron is classified as a(n)____. ​

A)free nerve ending
B)encapsulated receptor
C)sensory receptor
D)sensory stimulus
E)tertiary sensory neuron ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
20
The conscious awareness of a stimulus is ____.

A)threshold
B)sensation
C)transduction
D)perception
E)action potential
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
21
The hair cells for hearing are housed in the ____. ​

A)cochlea
B)semicircular canals
C)tympanic membrane
D)round window
E)auditory nerve ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
22
The cilia of auditory hair cells are embedded in the ____. ​

A)tectorial membrane
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
23
The stapes is directly connected to the ____. ​

A)cochlea
B)oval window
C)tympanic membrane
D)round window
E)auditory nerve ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
24
Which inner ear structure determines pitch selection? ​

A)tectorial membrane
B)ear drum
C)scala tympani
D)middle ear bone
E)basilar membrane ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
25
Sound waves enter the ear through the ____. ​

A)cochlea
B)auditory canal
C)tympanic membrane
D)round window
E)auditory nerve ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
26
Which of the following is NOT a primary taste? ​

A)sour
B)creamy
C)umami
D)sweet
E)bitter ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
27
Pheromones are detected in the ____. ​

A)nasal epithelium
B)vomeronasal organ
C)olfactory bulb
D)thalamus
E)cerebral cortex ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
28
What serves as a pressure release valve for the force of the air waves passing through the cochlea? ​

A)Eustachian tube
B)oval window
C)tympanic membrane
D)round window
E)auditory nerve ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
29
Resting on top of the basilar membrane is the ____. ​

A)organ of Corti
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
30
The sense of balance relies on information from all of the following EXCEPT ____. ​

A)eyes
B)cochlea
C)skin
D)joints
E)vestibular apparatus ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
31
The basilar membrane makes up the floor of the ____. ​

A)middle ear
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
32
Which structure runs from the middle ear to the pharynx to equalize air pressure? ​

A)cochlea
B)auditory canal
C)tympanic membrane
D)round window
E)Eustachian tube ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
33
As sound waves begin at the oval window the pressure wave next travels in the ____. ​

A)middle ear
B)semicircular canals
C)cochlear duct
D)scala tympani
E)scala vestibuli
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
34
Taste buds ____. ​

A)interact directly with taste stimuli
B)are found on the tip of the tongue
C)send axons directly to the cerebral cortex
D)house cells that contain axons
E)contain taste receptor cells ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
35
Where within the nervous system do cells determine the exact nature of an odor sensation? ​

A)nasal passages
B)nasal epithelium
C)olfactory bulb
D)thalamus
E)cerebral cortex ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
36
When auditory hair cells bend they ____. ​

A)produce action potentials
B)are inhibited
C)release neurotransmitters
D)cause a pressure wave to strike the eardrum
E)inhibit the auditory nerve ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
37
The eardrum is directly connected to the ____. ​

A)cochlea
B)malleus
C)tympanic membrane
D)round window
E)stapes ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
38
The amplitude of a sound wave corresponds to ____. ​

A)loudness
B)direction
C)frequency
D)timbre
E)pressure ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
39
Taste cells that respond to sour specifically interact with ____. ​

A)sodium ions
B)hydrogen ions
C)quinine
D)sugars
E)glutamate ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
40
Taste cells that respond to umami specifically interact with ____. ​

A)sodium ions
B)hydrogen ions
C)quinine
D)sugars
E)glutamate ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
41
Night blindness results from a deficiency in ____. ​

A)rhodamine
B)cytochromes
C)phytochromes
D)retinal
E)vitamin A ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
42
Hair cells of the inner ear begin to show damage when exposed to sound louder than ____. ​

A)20-30 decibels
B)40-50 decibels
C)55-65 decibels
D)75-85 decibels
E)100 decibels ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
43
The receptors that detect head rotation ____. ​

A)are located in the cochlea
B)are located in the utricle
C)are found at the base of each semicircular canal
D)respond best to straight line acceleration
E)are contained in an air-filled space ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
44
Children with short Eustachian tubes are susceptible to ____. ​

A)otitis media
B)tinnitus
C)congenital deafness
D)vertigo
E)nerve deafness ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
45
Which of the following is characteristic of cones? ​

A)night vision
B)dim light
C)perception of color
D)coarse perception of movements
E)found in optic disc ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
46
Which of the following cells are NOT part of the retina? ​

A)amacrine cells
B)horizontal cells
C)bipolar cells
D)vertical cells
E)ganglion cells ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
47
The visual pigment in rods ____. ​

A)works best in bright light
B)is more diverse than that found in cones
C)is found in the fovea
D)is called rhodopsin
E)absorbs red light ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
48
The receptors that detect linear motion ____. ​

A)have cilia embedded in a cupula
B)are located in the utricle and sacculae
C)are found at the base of each semicircular canal
D)respond best to spinning movements
E)are contained in an air-filled space ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
49
When viewing a nearby object ____. ​

A)the focal point is centered on the optic disc
B)the focal point moves farther away
C)the ciliary body muscle is contracted
D)the lens flattens
E)parallel light rays strike the retina ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
50
Which structure controls lens shape? ​

A)cornea
B)sclera
C)iris
D)ciliary body
E)fovea ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
51
Information from the right visual field is ____. ​

A)carried into the thalamus by the optic chiasm
B)detected by both eyes
C)sent directly to the visual cortex
D)processed by the right visual cortex
E)carried by the left optic nerve ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
52
The aqueous humor ____. ​

A)is in contact with the retina
B)supports the lens
C)is formed by the vitreous body
D)is found between the choroid and retina
E)bathes both sides of the lens ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
53
Which structure adjusts to control the intensity of incoming light? ​

A)cornea
B)sclera
C)iris
D)ciliary body
E)fovea ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
54
Nerve impulses from the vestibular apparatus travel to reflex centers in the ____. ​

A)spinal cord
B)brain stem
C)cerebral cortex
D)hypothalamus
E)thalamus ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
55
On which portion of the visual system is the image upside down and backwards? ​

A)cornea
B)lens
C)retina
D)occipital lobe
E)visual cortex ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
56
Visual pigments are made from opsin and ____. ​

A)rhodamine
B)cytochromes
C)phytochromes
D)retinal
E)vitamin D ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
57
The structure in the retina containing cone cells is the ____. ​

A)cornea
B)optic disc
C)iris
D)ciliary body
E)fovea ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
58
Axons forming the optic nerve are derived from ____. ​

A)amacrine cells
B)horizontal cells
C)bipolar cells
D)vertical cells
E)ganglion cells ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
59
The structure responsible for detecting linear motion is the ____. ​

A)cochlea
B)semicircular canals
C)cupula
D)auditory nerve
E)otolith organ ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
60
The transparent anterior portion of the eye is the ____. ​

A)cornea
B)sclera
C)iris
D)ciliary body
E)fovea ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
61
Match between columns
cancer of the retina
retinoblastoma
cancer of the retina
astigmatism
cancer of the retina
malignant melanoma
cancer of the retina
myopia
cancer of the retina
hyperopia
cancer of the retina
conjunctivitis
cancer of the retina
glaucoma
cancer of the retina
macular degeneration
cancer of the retina
cataracts
eye is too short
retinoblastoma
eye is too short
astigmatism
eye is too short
malignant melanoma
eye is too short
myopia
eye is too short
hyperopia
eye is too short
conjunctivitis
eye is too short
glaucoma
eye is too short
macular degeneration
eye is too short
cataracts
increased aqueous humor pressure
retinoblastoma
increased aqueous humor pressure
astigmatism
increased aqueous humor pressure
malignant melanoma
increased aqueous humor pressure
myopia
increased aqueous humor pressure
hyperopia
increased aqueous humor pressure
conjunctivitis
increased aqueous humor pressure
glaucoma
increased aqueous humor pressure
macular degeneration
increased aqueous humor pressure
cataracts
lens is too strong
retinoblastoma
lens is too strong
astigmatism
lens is too strong
malignant melanoma
lens is too strong
myopia
lens is too strong
hyperopia
lens is too strong
conjunctivitis
lens is too strong
glaucoma
lens is too strong
macular degeneration
lens is too strong
cataracts
uneven cornea
retinoblastoma
uneven cornea
astigmatism
uneven cornea
malignant melanoma
uneven cornea
myopia
uneven cornea
hyperopia
uneven cornea
conjunctivitis
uneven cornea
glaucoma
uneven cornea
macular degeneration
uneven cornea
cataracts
loss of cells in retina producing blind spot
retinoblastoma
loss of cells in retina producing blind spot
astigmatism
loss of cells in retina producing blind spot
malignant melanoma
loss of cells in retina producing blind spot
myopia
loss of cells in retina producing blind spot
hyperopia
loss of cells in retina producing blind spot
conjunctivitis
loss of cells in retina producing blind spot
glaucoma
loss of cells in retina producing blind spot
macular degeneration
loss of cells in retina producing blind spot
cataracts
inflammation of membrane covering the sclera
retinoblastoma
inflammation of membrane covering the sclera
astigmatism
inflammation of membrane covering the sclera
malignant melanoma
inflammation of membrane covering the sclera
myopia
inflammation of membrane covering the sclera
hyperopia
inflammation of membrane covering the sclera
conjunctivitis
inflammation of membrane covering the sclera
glaucoma
inflammation of membrane covering the sclera
macular degeneration
inflammation of membrane covering the sclera
cataracts
lens becomes cloudy
retinoblastoma
lens becomes cloudy
astigmatism
lens becomes cloudy
malignant melanoma
lens becomes cloudy
myopia
lens becomes cloudy
hyperopia
lens becomes cloudy
conjunctivitis
lens becomes cloudy
glaucoma
lens becomes cloudy
macular degeneration
lens becomes cloudy
cataracts
cancer of the choroid layer
retinoblastoma
cancer of the choroid layer
astigmatism
cancer of the choroid layer
malignant melanoma
cancer of the choroid layer
myopia
cancer of the choroid layer
hyperopia
cancer of the choroid layer
conjunctivitis
cancer of the choroid layer
glaucoma
cancer of the choroid layer
macular degeneration
cancer of the choroid layer
cataracts
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
62
Match between columns
supports lens from behind
iris
supports lens from behind
choroid
supports lens from behind
vitreous body
supports lens from behind
lens
supports lens from behind
fovea
supports lens from behind
sclera
supports lens from behind
ciliary body
supports lens from behind
cornea
focuses light rays
iris
focuses light rays
choroid
focuses light rays
vitreous body
focuses light rays
lens
focuses light rays
fovea
focuses light rays
sclera
focuses light rays
ciliary body
focuses light rays
cornea
white of the eye
iris
white of the eye
choroid
white of the eye
vitreous body
white of the eye
lens
white of the eye
fovea
white of the eye
sclera
white of the eye
ciliary body
white of the eye
cornea
controls lens shape
iris
controls lens shape
choroid
controls lens shape
vitreous body
controls lens shape
lens
controls lens shape
fovea
controls lens shape
sclera
controls lens shape
ciliary body
controls lens shape
cornea
colored part of eye
iris
colored part of eye
choroid
colored part of eye
vitreous body
colored part of eye
lens
colored part of eye
fovea
colored part of eye
sclera
colored part of eye
ciliary body
colored part of eye
cornea
first structure light passes through
iris
first structure light passes through
choroid
first structure light passes through
vitreous body
first structure light passes through
lens
first structure light passes through
fovea
first structure light passes through
sclera
first structure light passes through
ciliary body
first structure light passes through
cornea
middle vascular layer
iris
middle vascular layer
choroid
middle vascular layer
vitreous body
middle vascular layer
lens
middle vascular layer
fovea
middle vascular layer
sclera
middle vascular layer
ciliary body
middle vascular layer
cornea
part of retina for fine focus vision
iris
part of retina for fine focus vision
choroid
part of retina for fine focus vision
vitreous body
part of retina for fine focus vision
lens
part of retina for fine focus vision
fovea
part of retina for fine focus vision
sclera
part of retina for fine focus vision
ciliary body
part of retina for fine focus vision
cornea
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
63
Match between columns
eardrum
stapes
eardrum
auditory nerve
eardrum
oval window
eardrum
round window
eardrum
cochlea
eardrum
hair cells
eardrum
basilar membrane
eardrum
tympanic membrane
eardrum
tectorial membrane
eardrum
malleus
eardrum
Eustachian tube
connected to scala vestibuli
stapes
connected to scala vestibuli
auditory nerve
connected to scala vestibuli
oval window
connected to scala vestibuli
round window
connected to scala vestibuli
cochlea
connected to scala vestibuli
hair cells
connected to scala vestibuli
basilar membrane
connected to scala vestibuli
tympanic membrane
connected to scala vestibuli
tectorial membrane
connected to scala vestibuli
malleus
connected to scala vestibuli
Eustachian tube
serves as a release valve
stapes
serves as a release valve
auditory nerve
serves as a release valve
oval window
serves as a release valve
round window
serves as a release valve
cochlea
serves as a release valve
hair cells
serves as a release valve
basilar membrane
serves as a release valve
tympanic membrane
serves as a release valve
tectorial membrane
serves as a release valve
malleus
serves as a release valve
Eustachian tube
carries auditory information away from ear
stapes
carries auditory information away from ear
auditory nerve
carries auditory information away from ear
oval window
carries auditory information away from ear
round window
carries auditory information away from ear
cochlea
carries auditory information away from ear
hair cells
carries auditory information away from ear
basilar membrane
carries auditory information away from ear
tympanic membrane
carries auditory information away from ear
tectorial membrane
carries auditory information away from ear
malleus
carries auditory information away from ear
Eustachian tube
frequency selection
stapes
frequency selection
auditory nerve
frequency selection
oval window
frequency selection
round window
frequency selection
cochlea
frequency selection
hair cells
frequency selection
basilar membrane
frequency selection
tympanic membrane
frequency selection
tectorial membrane
frequency selection
malleus
frequency selection
Eustachian tube
houses the organ of Corti
stapes
houses the organ of Corti
auditory nerve
houses the organ of Corti
oval window
houses the organ of Corti
round window
houses the organ of Corti
cochlea
houses the organ of Corti
hair cells
houses the organ of Corti
basilar membrane
houses the organ of Corti
tympanic membrane
houses the organ of Corti
tectorial membrane
houses the organ of Corti
malleus
houses the organ of Corti
Eustachian tube
connects middle ear to pharynx
stapes
connects middle ear to pharynx
auditory nerve
connects middle ear to pharynx
oval window
connects middle ear to pharynx
round window
connects middle ear to pharynx
cochlea
connects middle ear to pharynx
hair cells
connects middle ear to pharynx
basilar membrane
connects middle ear to pharynx
tympanic membrane
connects middle ear to pharynx
tectorial membrane
connects middle ear to pharynx
malleus
connects middle ear to pharynx
Eustachian tube
connected directly to eardrum
stapes
connected directly to eardrum
auditory nerve
connected directly to eardrum
oval window
connected directly to eardrum
round window
connected directly to eardrum
cochlea
connected directly to eardrum
hair cells
connected directly to eardrum
basilar membrane
connected directly to eardrum
tympanic membrane
connected directly to eardrum
tectorial membrane
connected directly to eardrum
malleus
connected directly to eardrum
Eustachian tube
hair cell cilia embedded within
stapes
hair cell cilia embedded within
auditory nerve
hair cell cilia embedded within
oval window
hair cell cilia embedded within
round window
hair cell cilia embedded within
cochlea
hair cell cilia embedded within
hair cells
hair cell cilia embedded within
basilar membrane
hair cell cilia embedded within
tympanic membrane
hair cell cilia embedded within
tectorial membrane
hair cell cilia embedded within
malleus
hair cell cilia embedded within
Eustachian tube
auditory cells
stapes
auditory cells
auditory nerve
auditory cells
oval window
auditory cells
round window
auditory cells
cochlea
auditory cells
hair cells
auditory cells
basilar membrane
auditory cells
tympanic membrane
auditory cells
tectorial membrane
auditory cells
malleus
auditory cells
Eustachian tube
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
64
Match between columns
pain receptor
Ruffini endings
pain receptor
Pacinian corpuscle
pain receptor
Merkel's disc
pain receptor
free nerve ending
pain receptor
Meissner's corpuscle
pain receptor
muscle spindle
light touch
Ruffini endings
light touch
Pacinian corpuscle
light touch
Merkel's disc
light touch
free nerve ending
light touch
Meissner's corpuscle
light touch
muscle spindle
deep pressure and vibrations
Ruffini endings
deep pressure and vibrations
Pacinian corpuscle
deep pressure and vibrations
Merkel's disc
deep pressure and vibrations
free nerve ending
deep pressure and vibrations
Meissner's corpuscle
deep pressure and vibrations
muscle spindle
pressure and touch
Ruffini endings
pressure and touch
Pacinian corpuscle
pressure and touch
Merkel's disc
pressure and touch
free nerve ending
pressure and touch
Meissner's corpuscle
pressure and touch
muscle spindle
steady touch
Ruffini endings
steady touch
Pacinian corpuscle
steady touch
Merkel's disc
steady touch
free nerve ending
steady touch
Meissner's corpuscle
steady touch
muscle spindle
body position
Ruffini endings
body position
Pacinian corpuscle
body position
Merkel's disc
body position
free nerve ending
body position
Meissner's corpuscle
body position
muscle spindle
Ruffini endings
Pacinian corpuscle
Merkel's disc
free nerve ending
Meissner's corpuscle
muscle spindle
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
65
Which condition is also known as nearsightedness? ​

A)red-green color blindness
B)astigmatism
C)hyperopia
D)myopia
E)cataracts ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
66
In which condition must the eye often be removed to prevent the spread of the disease? ​

A)conjunctivitis
B)malignant melanoma
C)retinoblastoma
D)macular degeneration
E)herpes infection ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
67
Match between columns
taste and smell
thermoreceptors
taste and smell
nociceptors
taste and smell
osmoreceptors
taste and smell
mechanoreceptors
taste and smell
chemoreceptors
taste and smell
photoreceptors
rods and cones
thermoreceptors
rods and cones
nociceptors
rods and cones
osmoreceptors
rods and cones
mechanoreceptors
rods and cones
chemoreceptors
rods and cones
photoreceptors
respond to heat or cold
thermoreceptors
respond to heat or cold
nociceptors
respond to heat or cold
osmoreceptors
respond to heat or cold
mechanoreceptors
respond to heat or cold
chemoreceptors
respond to heat or cold
photoreceptors
detect changes in solute concentration
thermoreceptors
detect changes in solute concentration
nociceptors
detect changes in solute concentration
osmoreceptors
detect changes in solute concentration
mechanoreceptors
detect changes in solute concentration
chemoreceptors
detect changes in solute concentration
photoreceptors
pain receptors
thermoreceptors
pain receptors
nociceptors
pain receptors
osmoreceptors
pain receptors
mechanoreceptors
pain receptors
chemoreceptors
pain receptors
photoreceptors
skin receptors that detect pressure
thermoreceptors
skin receptors that detect pressure
nociceptors
skin receptors that detect pressure
osmoreceptors
skin receptors that detect pressure
mechanoreceptors
skin receptors that detect pressure
chemoreceptors
skin receptors that detect pressure
photoreceptors
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
68
Explain how sound entering the ear produces action potentials in the auditory nerve. ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
69
The most common form of eye cancer is ____. ​

A)conjunctivitis
B)malignant melanoma
C)retinoblastoma
D)macular degeneration
E)glaucoma ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
70
The most common inherited visual abnormality is ____. ​

A)red-green color blindness
B)astigmatism
C)hyperopia
D)myopia
E)cataracts ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
71
The visual deficit related to a misshapen cornea is ____. ​

A)red-green color blindness
B)astigmatism
C)hyperopia
D)myopia
E)cataracts ​
Unlock Deck
Unlock for access to all 71 flashcards in this deck.
Unlock Deck
k this deck
locked card icon
Unlock Deck
Unlock for access to all 71 flashcards in this deck.