Deck 16: Nervous System: Senses
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Deck 16: Nervous System: Senses
1
The classification of a receptor as a photoreceptor or a mechanoreceptor depends on
A)the location of origin of the stimulus it perceives.
B)the modality of the stimulus it perceives.
C)its location in the body.
D)whether it is a somatic or visceral receptor.
A)the location of origin of the stimulus it perceives.
B)the modality of the stimulus it perceives.
C)its location in the body.
D)whether it is a somatic or visceral receptor.
B
2
The entire area through which the sensitive ends of the receptor cells are distributed is the
A)sensory field.
B)receptive field.
C)stimulus area.
D)adaptative radius.
E)transducer field. Bloom's: Remember
HAPS
A)sensory field.
B)receptive field.
C)stimulus area.
D)adaptative radius.
E)transducer field. Bloom's: Remember
HAPS
B
3
_________ receptors respond continuously to a stimulus at a constant rate.Bloom's: Remember
HAPS
HAPS
Tonic
4
Which term best describes receptors that detect body and limb movements,skeletal muscle contraction and stretch,and joint capsule structure
A)Interoceptors
B)Exteroceptors
C)Proprioceptors
D)Nociceptors
E)Thermoreceptors
Bloom's: Remember
HAPS
A)Interoceptors
B)Exteroceptors
C)Proprioceptors
D)Nociceptors
E)Thermoreceptors
Bloom's: Remember
HAPS
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5
Changes in the external and internal environment are ________ that are detected by the sensory system.
A)sensations
B)receptors
C)stimuli
D)adaptations
E)transducers
Bloom's: Remember
HAPS
A)sensations
B)receptors
C)stimuli
D)adaptations
E)transducers
Bloom's: Remember
HAPS
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6
Which of the following is not one of the three criteria used to describe receptors
A)Stimulus strength (intensity of stimulus)
B)Stimulus origin (location of stimulus)
C)Receptor distribution (body location)
D)Modality of stimulus (stimulating agent)
Bloom's: Remember
HAPS
A)Stimulus strength (intensity of stimulus)
B)Stimulus origin (location of stimulus)
C)Receptor distribution (body location)
D)Modality of stimulus (stimulating agent)
Bloom's: Remember
HAPS
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7
A reduction in sensitivity to a continually applied stimulus is called
A)sensation.
B)tonicity.
C)conscious awareness.
D)adaptation.
E)transduction. Bloom's: Remember
HAPS
A)sensation.
B)tonicity.
C)conscious awareness.
D)adaptation.
E)transduction. Bloom's: Remember
HAPS
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8
Receptors contain modality-gated channels within their plasma membranes.Bloom's: Remember
HAPS
HAPS
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9
Which term best describes receptors that detect stimuli from the external environment
A)Interoceptors
B)Exteroceptors
C)Proprioceptors
D)Nociceptors
E)Thermoreceptors
Bloom's: Remember
HAPS
A)Interoceptors
B)Exteroceptors
C)Proprioceptors
D)Nociceptors
E)Thermoreceptors
Bloom's: Remember
HAPS
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10
Conscious awareness of incoming sensory information is called
A)sensation.
B)receptor.
C)a stimulus.
D)adaptation.
E)transducer. Bloom's: Remember
HAPS
A)sensation.
B)receptor.
C)a stimulus.
D)adaptation.
E)transducer. Bloom's: Remember
HAPS
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11
Which term best describes receptors that detect stimuli from internal organs
A)Interoceptors
B)Exteroceptors
C)Proprioceptors
D)Nociceptors
E)Thermoreceptors
Bloom's: Remember
HAPS
A)Interoceptors
B)Exteroceptors
C)Proprioceptors
D)Nociceptors
E)Thermoreceptors
Bloom's: Remember
HAPS
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12
In general,you become unaware of the shirt on your back because your touch receptors
A)are tonic.
B)undergo adaptation.
C)are transducers.
D)maintain firing but are ignored.
A)are tonic.
B)undergo adaptation.
C)are transducers.
D)maintain firing but are ignored.
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13
These receptors detect specific molecules in our external and internal environments.
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
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14
Our ability to precisely locate a stimulus is ________ proportional to receptive field size.
A)directly
B)inversely
A)directly
B)inversely
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15
If the receptive fields of the skin's receptors were smaller,then
A)precision would be greater,and we would not need as many receptors to monitor the environment for stimuli.
B)precision would be greater,but we would need more receptors to monitor the environment for stimuli.
C)precision would be lessened,and we would need more receptors to monitor the environment for stimuli.
D)precision would be lessened,but we would not need as many receptors to monitor the environment for stimuli.
A)precision would be greater,and we would not need as many receptors to monitor the environment for stimuli.
B)precision would be greater,but we would need more receptors to monitor the environment for stimuli.
C)precision would be lessened,and we would need more receptors to monitor the environment for stimuli.
D)precision would be lessened,but we would not need as many receptors to monitor the environment for stimuli.
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16
Which statement accurately describes the merits of different receptive field properties
A)Having small receptive fields allows for more precision,but because more receptors are needed it increases overall energy costs.
B)Having large receptive fields allows for more precision,but because the area of responsiveness is larger,it increases the body's energy costs.
C)Having small receptive fields allows for more precision,smaller body surfaces,and decreased energy costs overall.
D)Having large receptive fields allows for more precision,larger body surfaces,and decreased energy costs overall.
A)Having small receptive fields allows for more precision,but because more receptors are needed it increases overall energy costs.
B)Having large receptive fields allows for more precision,but because the area of responsiveness is larger,it increases the body's energy costs.
C)Having small receptive fields allows for more precision,smaller body surfaces,and decreased energy costs overall.
D)Having large receptive fields allows for more precision,larger body surfaces,and decreased energy costs overall.
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17
Our body responds to the osmolarity of our blood plasma,but we are not consciously aware of it.Because we respond but are not aware,this is an example of a sensation,but not of a stimulus.
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18
By definition,transducers
A)are electrical devices that do not work with biological systems.
B)change one form of energy into another form.
C)transmit signals away from the central nervous system.
D)transmit signals toward the central nervous system. Bloom's: Remember
HAPS
A)are electrical devices that do not work with biological systems.
B)change one form of energy into another form.
C)transmit signals away from the central nervous system.
D)transmit signals toward the central nervous system. Bloom's: Remember
HAPS
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19
The type of receptor that readily adapts to a stimulus is known as a ________ receptor.
A)phasic
B)tonic
C)transducer
D)multimodal
Bloom's: Remember
HAPS
A)phasic
B)tonic
C)transducer
D)multimodal
Bloom's: Remember
HAPS
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20
These receptors respond to changes in temperature.
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
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21
A receptor that is wrapped in connective tissue is referred to as being __________.Bloom's: Remember
HAPS
HAPS
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22
Which statement accurately describes structures at a taste bud
A)The gustatory microvillus of a gustatory cell extends through the taste pore of a taste bud.
B)The gustatory villi of basal cells project through the taste bud to the surface of the epithelium.
C)The gustatory microvilus of a papilla projects through the gustatory pore to the gustatory glomerulus.
D)Basal cells contain villi that project through the pore of a papilla to make a taste bud.
A)The gustatory microvillus of a gustatory cell extends through the taste pore of a taste bud.
B)The gustatory villi of basal cells project through the taste bud to the surface of the epithelium.
C)The gustatory microvilus of a papilla projects through the gustatory pore to the gustatory glomerulus.
D)Basal cells contain villi that project through the pore of a papilla to make a taste bud.
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23
The most numerous type of receptor in the body is the
A)chemoreceptor.
B)tactile receptor.
C)thermoreceptor.
D)nociceptor.
E)photoreceptor.
Bloom's: Remember
HAPS
A)chemoreceptor.
B)tactile receptor.
C)thermoreceptor.
D)nociceptor.
E)photoreceptor.
Bloom's: Remember
HAPS
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24
These receptors detect changes in pressure within the body caused by the stretch or distention of internal structures.
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
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25
Phasic receptors for light touch and texture are
A)Krause bulbs.
B)lamellated corpuscles.
C)arrector pili corpuscles.
D)Ruffini corpuscles.
E)tactile corpuscles. Bloom's: Remember
HAPS
A)Krause bulbs.
B)lamellated corpuscles.
C)arrector pili corpuscles.
D)Ruffini corpuscles.
E)tactile corpuscles. Bloom's: Remember
HAPS
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26
The battery of your electric toothbrush is running down and so you feel a low-frequency vibration in your oral cavity.Which receptors detect this stimulus
A)Root hair plexus
B)Free nerve ending
C)Bulbous corpuscle
D)End bulbs
E)All of the choices are correct.
A)Root hair plexus
B)Free nerve ending
C)Bulbous corpuscle
D)End bulbs
E)All of the choices are correct.
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27
These receptors detect changes in the color,intensity,and movement of light.
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
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28
The receptors responsible for detecting deep pressure and high-frequency vibration are
A)Krause bulbs.
B)lamellated corpuscles.
C)arrector pili corpuscles.
D)Ruffini corpuscles.
E)tactile corpuscles. Bloom's: Remember
HAPS
A)Krause bulbs.
B)lamellated corpuscles.
C)arrector pili corpuscles.
D)Ruffini corpuscles.
E)tactile corpuscles. Bloom's: Remember
HAPS
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29
This receptor detects continuous deep pressure and distortion of the skin.
A)Krause bulbs
B)Lamellated corpuscles
C)Arrector pili corpuscles
D)Ruffini corpuscles
E)Tactile corpuscles
Bloom's: Remember
HAPS
A)Krause bulbs
B)Lamellated corpuscles
C)Arrector pili corpuscles
D)Ruffini corpuscles
E)Tactile corpuscles
Bloom's: Remember
HAPS
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30
A person having a heart attack may feel pain along the medial side of the left arm.This pain is known as
A)referred pain.
B)phantom pain.
C)selected pain.
D)covert pain.
E)masked pain.
A)referred pain.
B)phantom pain.
C)selected pain.
D)covert pain.
E)masked pain.
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31
There are four types of encapsulated receptors.Select the exception.
A)End bulbs
B)Lamellated corpuscles
C)Arrector pili corpuscles
D)Ruffini corpuscles
E)Tactile corpuscles
Bloom's: Remember
HAPS
A)End bulbs
B)Lamellated corpuscles
C)Arrector pili corpuscles
D)Ruffini corpuscles
E)Tactile corpuscles
Bloom's: Remember
HAPS
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32
The least numerous but the largest of the papillae are arranged as a V-shape on the posterior dorsal surface of the tongue.They contain the majority of taste buds and are called _____ papillae.
A)papiform
B)filiform
C)fungiform
D)vallate
E)foliate
Bloom's: Remember
HAPS
A)papiform
B)filiform
C)fungiform
D)vallate
E)foliate
Bloom's: Remember
HAPS
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33
The papillae located mainly on the tip and sides of the tongue that contain only a few taste buds each are the _______ papillae.
A)papiform
B)filiform
C)fungiform
D)vallate
E)foliate
Bloom's: Remember
HAPS
A)papiform
B)filiform
C)fungiform
D)vallate
E)foliate
Bloom's: Remember
HAPS
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34
There are three types of unencapsulated tactile receptors.Select the exception.
A)Free nerve endings
B)Sebaceous filaments
C)Root hair plexuses
D)Tactile discs
A)Free nerve endings
B)Sebaceous filaments
C)Root hair plexuses
D)Tactile discs
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35
Because numerous cutaneous and visceral sensory neurons conduct signals on _______ ascending tracts of the spinal cord,the brain sometimes falsely localizes the location of a pain stimulus.
A)the same
B)very different
A)the same
B)very different
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36
These receptors respond to pain caused by external and internal stimuli.
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Nociceptors
Bloom's: Remember
HAPS
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Nociceptors
Bloom's: Remember
HAPS
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37
The least developed of the papilla types are the ______ papillae,which house only a few taste buds during infancy and early childhood.
A)papiform
B)filiform
C)fungiform
D)vallate
E)foliate
Bloom's: Remember
HAPS
A)papiform
B)filiform
C)fungiform
D)vallate
E)foliate
Bloom's: Remember
HAPS
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38
These receptors respond to touch,pressure,vibration,and stretch.
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
A)Chemoreceptors
B)Thermoreceptors
C)Photoreceptors
D)Mechanoreceptors
E)Baroreceptors
Bloom's: Remember
HAPS
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39
When pain signals originating from visceral structures are perceived to be coming instead from the skin,the phenomenon is called ________ pain.Bloom's: Remember
HAPS
HAPS
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40
Which papillae,distributed on the anterior two-thirds of the tongue surface,lack taste buds
A)Papiform
B)Filiform
C)Fungiform
D)Vallate
E)Foliate
Bloom's: Remember
HAPS
A)Papiform
B)Filiform
C)Fungiform
D)Vallate
E)Foliate
Bloom's: Remember
HAPS
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41
Olfactory receptor cells are _____ neurons.
A)multipolar
B)unipolar
C)bipolar
D)nonpolar
E)apolar
Bloom's: Remember
HAPS
A)multipolar
B)unipolar
C)bipolar
D)nonpolar
E)apolar
Bloom's: Remember
HAPS
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42
The olfactory tracts project
A)directly to the primary olfactory cortex of the temporal lobe of the cerebrum.
B)directly to the primary olfactory cortex of the frontal lobe of the cerebrum.
C)to the thalamus and then to the primary olfactory cortex of the temporal lobe of the cerebrum.
D)to the thalamus and then to the primary olfactory cortex of the frontal lobe of the cerebrum. Bloom's: Remember
HAPS
A)directly to the primary olfactory cortex of the temporal lobe of the cerebrum.
B)directly to the primary olfactory cortex of the frontal lobe of the cerebrum.
C)to the thalamus and then to the primary olfactory cortex of the temporal lobe of the cerebrum.
D)to the thalamus and then to the primary olfactory cortex of the frontal lobe of the cerebrum. Bloom's: Remember
HAPS
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43
Gustatory cells within a taste bud are specialized neuroepithelial cells that have a _________ life span.
A)7-10 hour
B)7-10 day
C)7-10 week
D)7-10 month
E)7-10 year
Bloom's: Remember
HAPS
A)7-10 hour
B)7-10 day
C)7-10 week
D)7-10 month
E)7-10 year
Bloom's: Remember
HAPS
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44
Caffeine and unsweetened chocolate both taste bitter,as they are
A)alkaloids.
B)acids.
C)amino acids.
D)ions of heavy molecular weight.
E)carbohydrates.
A)alkaloids.
B)acids.
C)amino acids.
D)ions of heavy molecular weight.
E)carbohydrates.
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45
Certain odors can initiate behavioral and emotional reactions because
A)the olfactory pathway is connected directly to the medulla oblongata.
B)there are widespread olfactory associations within the hypothalamus and limbic system.
C)olfactory sensations are interpreted at the prefrontal cortex.
D)the olfactory pathway is connected directly to the occipital lobe.
E)the sense of olfaction occurs immediately at the olfactory epithelium.
A)the olfactory pathway is connected directly to the medulla oblongata.
B)there are widespread olfactory associations within the hypothalamus and limbic system.
C)olfactory sensations are interpreted at the prefrontal cortex.
D)the olfactory pathway is connected directly to the occipital lobe.
E)the sense of olfaction occurs immediately at the olfactory epithelium.
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46
Another name for the vascular tunic of the eye is the _______,which means "grape."
Bloom's: Remember
HAPS
Bloom's: Remember
HAPS
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47
There are five basic taste sensations.Select the one mismatched with its stimulating agent.
A)Sweet;organic compounds such as sugar
B)Sour;hydrogen ions from acids such as those in lemons
C)Salty;metal ions such as potassium or sodium
D)Bitter;acids such as those in toxins or poisons
E)Umami;amino acids such as glutamate or aspartate found in chicken soup
A)Sweet;organic compounds such as sugar
B)Sour;hydrogen ions from acids such as those in lemons
C)Salty;metal ions such as potassium or sodium
D)Bitter;acids such as those in toxins or poisons
E)Umami;amino acids such as glutamate or aspartate found in chicken soup
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48
What molecules help concentrate odorants at the olfactory receptor cells
A)Sustentacularin
B)Odorant-binding proteins
C)Volatile molecules
D)G-proteins
E)Tastants
A)Sustentacularin
B)Odorant-binding proteins
C)Volatile molecules
D)G-proteins
E)Tastants
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49
In the olfactory epithelium,______ cells act as stem cells to continually replace olfactory neurons.Bloom's: Remember
HAPS
HAPS
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50
Eyelids serve two purposes: one is to protect the eye and the other is to
A)help distribute blood to the eye surface.
B)help distribute lacrimal fluid to cleanse and lubricate the surface.
C)help spread antiviral solution.
D)help to control the transmission of the nerve impulse to the retina.
E)prevent excess mucus from obscuring vision. Bloom's: Remember
HAPS
A)help distribute blood to the eye surface.
B)help distribute lacrimal fluid to cleanse and lubricate the surface.
C)help spread antiviral solution.
D)help to control the transmission of the nerve impulse to the retina.
E)prevent excess mucus from obscuring vision. Bloom's: Remember
HAPS
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51
Some odors cause visceral reactions,such as a gagging response to the smell of rotten food.Such responses are a result of olfactory pathways through the
A)cerebellum.
B)amygdala.
C)thalamus.
D)hypothalamus.
E)cerebrum.
A)cerebellum.
B)amygdala.
C)thalamus.
D)hypothalamus.
E)cerebrum.
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52
The conjunctiva that lines the internal surface of the eyelids is termed the _____ conjunctiva.
A)palpebral
B)retinal
C)ocular
D)epithelial
E)visceral
Bloom's: Remember
HAPS
A)palpebral
B)retinal
C)ocular
D)epithelial
E)visceral
Bloom's: Remember
HAPS
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53
The flavor of food depends upon
A)olfaction.
B)gustation.
C)both olfaction and gustation.
D)neither olfaction nor gustation.
A)olfaction.
B)gustation.
C)both olfaction and gustation.
D)neither olfaction nor gustation.
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54
The route that the sensation of taste follows is
A: Primary axons pass along cranial nerves VII and IX.
B: Primary neurons synapse in the nucleus solitarius.
C: Secondary neurons synapse in the thalamus.
D: Tertiary neurons travel to the primary gustatory cortex.
A)a,b,c,d
B)b,c,a,d
C)a,d,b,c
D)d,c,b,a
E)c,d,a,b
A: Primary axons pass along cranial nerves VII and IX.
B: Primary neurons synapse in the nucleus solitarius.
C: Secondary neurons synapse in the thalamus.
D: Tertiary neurons travel to the primary gustatory cortex.
A)a,b,c,d
B)b,c,a,d
C)a,d,b,c
D)d,c,b,a
E)c,d,a,b
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55
Which is not a cell type found in the olfactory epithelium
A)Olfactory receptor cell
B)Supporting cell
C)Basal cell
D)Fungiform cell
Bloom's: Remember
HAPS
A)Olfactory receptor cell
B)Supporting cell
C)Basal cell
D)Fungiform cell
Bloom's: Remember
HAPS
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56
Where would you find olfactory hairs
A)Scattered among the lamina propria
B)At the apical surface of olfactory neurons
C)Buried within the olfactory glands
D)At the surface of supporting cells
E)Concentrated along basal cells
A)Scattered among the lamina propria
B)At the apical surface of olfactory neurons
C)Buried within the olfactory glands
D)At the surface of supporting cells
E)Concentrated along basal cells
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57
What is the correct sequence for lacrimal fluid production and drainage
A: Tears disperse across the surface of the eye.
B: Tears are produced by the lacrimal gland.
C: Fluid drains through the nasolacrimal duct.
D: Fluid enters the nasal cavity.
E: Fluid enters the lacrimal canaliculi and collects in the lacrimal sac.
A)a,b,c,d,e
B)b,a,c,d,e
C)c,a,d,b,e
D)b,a,e,c,d
E)c,a,b,e,d
Bloom's: Remember
HAPS
A: Tears disperse across the surface of the eye.
B: Tears are produced by the lacrimal gland.
C: Fluid drains through the nasolacrimal duct.
D: Fluid enters the nasal cavity.
E: Fluid enters the lacrimal canaliculi and collects in the lacrimal sac.
A)a,b,c,d,e
B)b,a,c,d,e
C)c,a,d,b,e
D)b,a,e,c,d
E)c,a,b,e,d
Bloom's: Remember
HAPS
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58
Olfactory glomeruli are located in the
A)thalamus.
B)olfactory epithelium.
C)olfactory bulbs.
D)hypothalamus.
A)thalamus.
B)olfactory epithelium.
C)olfactory bulbs.
D)hypothalamus.
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59
The primary function of eyebrows is to
A)allow the appropriate amount of light to enter the eye.
B)prevent excess light from entering the eye.
C)prevent objects from striking the eye.
D)prevent sweat from dripping into the open eye.
E)form a protective barrier of fat and hair to help shade the eye. Bloom's: Remember
HAPS
A)allow the appropriate amount of light to enter the eye.
B)prevent excess light from entering the eye.
C)prevent objects from striking the eye.
D)prevent sweat from dripping into the open eye.
E)form a protective barrier of fat and hair to help shade the eye. Bloom's: Remember
HAPS
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60
The conjunctiva is composed of _____ epithelium.
A)simple squamous
B)simple cuboidal
C)stratified squamous
D)simple columnar
E)stratified keratinized
Bloom's: Remember
HAPS
A)simple squamous
B)simple cuboidal
C)stratified squamous
D)simple columnar
E)stratified keratinized
Bloom's: Remember
HAPS
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61
What part of the retina is responsible for the sharpest vision
A)Optic disc
B)Ora serrata
C)Fovea centralis
D)Posterior retina
E)All of the choices are correct.
Bloom's: Remember
HAPS
A)Optic disc
B)Ora serrata
C)Fovea centralis
D)Posterior retina
E)All of the choices are correct.
Bloom's: Remember
HAPS
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62
Which photoreceptor cells are more numerous
A)Rods
B)Cones
Bloom's: Remember
HAPS
A)Rods
B)Cones
Bloom's: Remember
HAPS
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63
Which eye feature provides vitamin A for photoreceptor cells
A)Cornea
B)Conjunctiva
C)Sclera
D)Pigmented layer of the retina
E)Neural layer of the retina
Bloom's: Remember
HAPS
A)Cornea
B)Conjunctiva
C)Sclera
D)Pigmented layer of the retina
E)Neural layer of the retina
Bloom's: Remember
HAPS
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64
The structure that functions as a diaphragm to control pupil size is the
A)ora serrata.
B)suspensory ligament.
C)iris.
D)cornea.
E)anterior chamber. Bloom's: Remember
HAPS
A)ora serrata.
B)suspensory ligament.
C)iris.
D)cornea.
E)anterior chamber. Bloom's: Remember
HAPS
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65
Where is the greatest concentration of cones located
A)In the optic disc
B)In the ora serrata
C)In the fovea centralis
D)In the posterior retina
E)In the optic nerve
Bloom's: Remember
HAPS
A)In the optic disc
B)In the ora serrata
C)In the fovea centralis
D)In the posterior retina
E)In the optic nerve
Bloom's: Remember
HAPS
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66
The vascular tunic of the eye has three distinct regions.From anterior to posterior what are they
A: Ciliary body
B: Choroid
C: Iris
A)a,b,c
B)b,a,c
C)c,a,b
D)c,b,a
E)b,c,a
Bloom's: Remember
HAPS
A: Ciliary body
B: Choroid
C: Iris
A)a,b,c
B)b,a,c
C)c,a,b
D)c,b,a
E)b,c,a
Bloom's: Remember
HAPS
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67
Accommodation of the lens occurs when
A)ciliary muscles contract.
B)the ciliary body moves closer to the lens.
C)parasympathetic axons stimulate the ciliary muscles.
D)the lens becomes more spherical.
E)All of the choices are correct.
A)ciliary muscles contract.
B)the ciliary body moves closer to the lens.
C)parasympathetic axons stimulate the ciliary muscles.
D)the lens becomes more spherical.
E)All of the choices are correct.
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68
The structural continuity between the cornea and the sclera is called
A)the substantia propria.
B)the limbus.
C)the uvea.
D)Decemet's membrane.
E)Schlemm's membrane. Bloom's: Remember
HAPS
A)the substantia propria.
B)the limbus.
C)the uvea.
D)Decemet's membrane.
E)Schlemm's membrane. Bloom's: Remember
HAPS
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69
The proper sequence of eye layers from the outermost to the innermost layer is
A: Neural tunic
B: Fatty tunic
C: Vascular tunic
D: Fibrous tunic
A)a,b,c
B)b,a,c
C)a,b,d
D)c,a,d
E)d,c,a
Bloom's: Remember
HAPS
A: Neural tunic
B: Fatty tunic
C: Vascular tunic
D: Fibrous tunic
A)a,b,c
B)b,a,c
C)a,b,d
D)c,a,d
E)d,c,a
Bloom's: Remember
HAPS
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70
If you were to cut a cross section of the retina and examine it under a microscope,what would be the order of features from the choroid to the posterior cavity
A: Rods and cones
B: Ganglionic axons progressing to the optic nerve
C: Bipolar cells
D: Ganglion cells' bodies
E: Pigmented retina
A)a,b,c,d,e
B)e,a,c,d,b
C)c,a,e,d,b
D)d,e,a,b,c
E)e,d,c,b,a
A: Rods and cones
B: Ganglionic axons progressing to the optic nerve
C: Bipolar cells
D: Ganglion cells' bodies
E: Pigmented retina
A)a,b,c,d,e
B)e,a,c,d,b
C)c,a,e,d,b
D)d,e,a,b,c
E)e,d,c,b,a
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71
The gelatinous mass inside of the eye is called the
A)lacrimal secretion.
B)mucoid body.
C)vitreous humor.
D)hyaloid mass.
E)scleroid humor. Bloom's: Remember
HAPS
A)lacrimal secretion.
B)mucoid body.
C)vitreous humor.
D)hyaloid mass.
E)scleroid humor. Bloom's: Remember
HAPS
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72
Where would you find the protein crystallin
A)In the retina
B)In the ciliary body
C)In the choroids
D)In the lens
E)In the optic nerve
Bloom's: Remember
HAPS
A)In the retina
B)In the ciliary body
C)In the choroids
D)In the lens
E)In the optic nerve
Bloom's: Remember
HAPS
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73
The fibrous tunic of the eye is composed of two parts.What are they
A)The cornea and the sclera
B)The conjunctiva and the cornea
C)The conjunctiva and the sclera
D)The sclera and the retina
E)The sclera and the uvea
Bloom's: Remember
HAPS
A)The cornea and the sclera
B)The conjunctiva and the cornea
C)The conjunctiva and the sclera
D)The sclera and the retina
E)The sclera and the uvea
Bloom's: Remember
HAPS
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74
The lens of the eye flattens when
A)ciliary muscles contract.
B)ciliary muscles relax.
C)extrinsic eye muscles contract.
D)extrinsic eye muscles relax.
E)intrinsic muscles of the iris contract. Bloom's: Remember
HAPS
A)ciliary muscles contract.
B)ciliary muscles relax.
C)extrinsic eye muscles contract.
D)extrinsic eye muscles relax.
E)intrinsic muscles of the iris contract. Bloom's: Remember
HAPS
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75
What part of the retina lacks photoreceptors
A)Optic disc
B)Macula lutea
C)Fovea centralis
D)Posterior retina
E)All of the choices are correct.
Bloom's: Remember
HAPS
A)Optic disc
B)Macula lutea
C)Fovea centralis
D)Posterior retina
E)All of the choices are correct.
Bloom's: Remember
HAPS
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76
As middle-aged persons get older,the lenses of their eyes no longer assume as round a shape when their ligaments slacken.This results in difficulty in
A)seeing nearby objects.
B)seeing distant objects.
C)seeing colored objects.
D)seeing low-contrast scenes.
A)seeing nearby objects.
B)seeing distant objects.
C)seeing colored objects.
D)seeing low-contrast scenes.
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77
Which sequence correctly traces the pathway of aqueous humor in the eye
A: Aqueous humor is secreted by epithelial ciliary cells.
B: Aqueous humor is released into the posterior chamber.
C: Aqueous humor is drained into the scleral venous sinus.
D: Aqueous humor washes over the lens and then passes through the pupil into the anterior chamber.
A)a,b,c,d
B)b,a,c,d
C)a,b,d,c
D)d,a,c,b
E)a,c,b,d
Bloom's: Remember
HAPS
A: Aqueous humor is secreted by epithelial ciliary cells.
B: Aqueous humor is released into the posterior chamber.
C: Aqueous humor is drained into the scleral venous sinus.
D: Aqueous humor washes over the lens and then passes through the pupil into the anterior chamber.
A)a,b,c,d
B)b,a,c,d
C)a,b,d,c
D)d,a,c,b
E)a,c,b,d
Bloom's: Remember
HAPS
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78
Which photoreceptor cells function in dim light
A)Rods
B)Cones
Bloom's: Remember
HAPS
A)Rods
B)Cones
Bloom's: Remember
HAPS
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79
The eye measures about ________ in diameter.
A)2.5 mm
B)12.5 mm
C)2.5 cm
D)12.5 cm
E)22.5 cm
Bloom's: Remember
HAPS
A)2.5 mm
B)12.5 mm
C)2.5 cm
D)12.5 cm
E)22.5 cm
Bloom's: Remember
HAPS
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80
A flattened lens
A)is necessary for near vision.
B)is necessary for distant vision.
C)is necessary for both near and far vision.
D)functions only with color vision.
E)reflects light rays. Bloom's: Remember
HAPS
A)is necessary for near vision.
B)is necessary for distant vision.
C)is necessary for both near and far vision.
D)functions only with color vision.
E)reflects light rays. Bloom's: Remember
HAPS
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