Deck 14: Sensory Systems
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Deck 14: Sensory Systems
1
Which of the following is NOT an example of sensory adaptation?
A) a loss of the sense of pressure of clothes against the skin
B) adjustment to repeated jumping into a body of cold water
C) response to lack of oxygen at high altitudes
D) eventual loss of awareness of a constant noise
E) the loss of the ability to smell a person's perfume or cologne after being in that person's presence for some time
A) a loss of the sense of pressure of clothes against the skin
B) adjustment to repeated jumping into a body of cold water
C) response to lack of oxygen at high altitudes
D) eventual loss of awareness of a constant noise
E) the loss of the ability to smell a person's perfume or cologne after being in that person's presence for some time
C
2
A sensory system includes
A) a sensory receptor.
B) nerve pathways from the receptor to the brain.
C) brain regions where the sensory information is processed.
D) a sensory receptor and nerve pathways from the receptor to the brain, only.
E) a sensory receptor, nerve pathways from the receptor to the brain, and brain regions where the sensory information is processed.
A) a sensory receptor.
B) nerve pathways from the receptor to the brain.
C) brain regions where the sensory information is processed.
D) a sensory receptor and nerve pathways from the receptor to the brain, only.
E) a sensory receptor, nerve pathways from the receptor to the brain, and brain regions where the sensory information is processed.
E
3
Nociceptors are involved with the detection of
A) heat energy.
B) changes in body position.
C) chemicals in the air or water.
D) pain.
E) visible light.
A) heat energy.
B) changes in body position.
C) chemicals in the air or water.
D) pain.
E) visible light.
D
4
The extent to which a particular sensation can be experienced is mainly due to the
A) sensitivity of its receptors.
B) speed of nerve transmission.
C) brain area devoted to interpretation.
D) transmitter substances in the synapses.
E) amount of stimulus.
A) sensitivity of its receptors.
B) speed of nerve transmission.
C) brain area devoted to interpretation.
D) transmitter substances in the synapses.
E) amount of stimulus.
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5
The major function of a receptor is to
A) control the autonomic functions of the body.
B) stabilize the internal environment to achieve homeostasis.
C) produce responses to the various stimuli the body receives.
D) give organisms awareness and sensitivity to their environment by converting a stimulus to an action potential (nerve impulse).
E) interpret the sensations it receives from the environment.
A) control the autonomic functions of the body.
B) stabilize the internal environment to achieve homeostasis.
C) produce responses to the various stimuli the body receives.
D) give organisms awareness and sensitivity to their environment by converting a stimulus to an action potential (nerve impulse).
E) interpret the sensations it receives from the environment.
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6
Baroreceptors detect
A) chemical substances.
B) pressure changes.
C) vibrational changes.
D) light wavelengths.
E) changes in solute concentration.
A) chemical substances.
B) pressure changes.
C) vibrational changes.
D) light wavelengths.
E) changes in solute concentration.
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7
Thermoreceptors detect
A) chemical substances.
B) pressure changes.
C) temperature changes.
D) light wavelengths.
E) changes in solute concentration.
A) chemical substances.
B) pressure changes.
C) temperature changes.
D) light wavelengths.
E) changes in solute concentration.
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8
A new security technique is the use of
A) fingerprinting.
B) iris scanning.
C) retinal scanning.
D) tooth identification.
E) skin pigment scanning.
A) fingerprinting.
B) iris scanning.
C) retinal scanning.
D) tooth identification.
E) skin pigment scanning.
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9
The carotid bodies detect carbon dioxide in the blood and is, therefore, a
A) chemoreceptor.
B) photoreceptor.
C) thermoreceptor.
D) mechanoreceptor.
E) movement receiver.
A) chemoreceptor.
B) photoreceptor.
C) thermoreceptor.
D) mechanoreceptor.
E) movement receiver.
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10
Olfactory centers are responsive to
A) touch.
B) smell.
C) taste.
D) sound.
E) sight.
A) touch.
B) smell.
C) taste.
D) sound.
E) sight.
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11
Which of the following statements is false?
A) Sensory receptors are able to detect specific stimuli only.
B) Sensation is an awareness of a change in external or internal conditions.
C) A stimulus will generate impulses that are different depending on where the signals are sent in the brain.
D) Information about a stimulus is coded in the quantity and frequency of action potentials sent to the brain.
E) Specific regions of the brain translate the information about the signal and convert it into a sensation.
A) Sensory receptors are able to detect specific stimuli only.
B) Sensation is an awareness of a change in external or internal conditions.
C) A stimulus will generate impulses that are different depending on where the signals are sent in the brain.
D) Information about a stimulus is coded in the quantity and frequency of action potentials sent to the brain.
E) Specific regions of the brain translate the information about the signal and convert it into a sensation.
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12
Osmoreceptors detect
A) chemical substances.
B) pressure changes.
C) vibrational changes.
D) light wavelengths.
E) changes in solute concentration.
A) chemical substances.
B) pressure changes.
C) vibrational changes.
D) light wavelengths.
E) changes in solute concentration.
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13
Which of the following BEST defines a sensory receptor?
A) an organ, such as the human eye
B) endings of sensory neurons
C) highly branched endings of axons
D) any form of energy
E) an action potential
A) an organ, such as the human eye
B) endings of sensory neurons
C) highly branched endings of axons
D) any form of energy
E) an action potential
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14
The unique characteristics of an individual's iris pattern may be compared to the unique characteristics of a person's
A) facial features.
B) height and weight combination.
C) fingerprints.
D) hair color.
E) hair pattern.
A) facial features.
B) height and weight combination.
C) fingerprints.
D) hair color.
E) hair pattern.
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15
Which of the following statements is false?
A) Neurons in the brain can interpret incoming action potentials only in certain ways.
B) Optic nerve impulses can only be interpreted as light.
C) Some sensory receptors do not convert a stimulus to nerve impulses.
D) The stronger the stimulus, the more action potentials are generated.
E) A strong stimulus activates many adjacent receptors, thereby increasing the number of action potentials and the level of awareness for the stimulus.
A) Neurons in the brain can interpret incoming action potentials only in certain ways.
B) Optic nerve impulses can only be interpreted as light.
C) Some sensory receptors do not convert a stimulus to nerve impulses.
D) The stronger the stimulus, the more action potentials are generated.
E) A strong stimulus activates many adjacent receptors, thereby increasing the number of action potentials and the level of awareness for the stimulus.
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16
The difference in "sensation" and "perception" when referring to a stimulus lies in
A) the type of receptor stimulated.
B) understanding the significance of the stimulus.
C) the number of receptors that depolarize.
D) feeling exactly what is happening at the site.
E) responding to the stimulus.
A) the type of receptor stimulated.
B) understanding the significance of the stimulus.
C) the number of receptors that depolarize.
D) feeling exactly what is happening at the site.
E) responding to the stimulus.
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17
Which sense utilizes mechanical energy?
A) sense of temperature
B) muscle pressure
C) sense of vision
D) sense of taste
E) sense of smell
A) sense of temperature
B) muscle pressure
C) sense of vision
D) sense of taste
E) sense of smell
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18
Which of the following BEST defines a stimulus?
A) an action potential in a neuron
B) depolarization of a nerve cell
C) energy that activates receptor endings of a sensory neuron
D) the recording of an event in the brain
E) response to a environmental event
A) an action potential in a neuron
B) depolarization of a nerve cell
C) energy that activates receptor endings of a sensory neuron
D) the recording of an event in the brain
E) response to a environmental event
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19
Differences in intensity of a stimulus
A) do not affect the impulse transmitted.
B) are indicated by the number of nerves activated.
C) control the part of the brain that receives the stimulus.
D) are encoded in the frequency of action potentials on a single axon.
E) are indicated by the number of nerves activated and are encoded in the frequency of action potentials on a single axon.
A) do not affect the impulse transmitted.
B) are indicated by the number of nerves activated.
C) control the part of the brain that receives the stimulus.
D) are encoded in the frequency of action potentials on a single axon.
E) are indicated by the number of nerves activated and are encoded in the frequency of action potentials on a single axon.
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20
A loud sound can be distinguished from a soft whisper due to
A) more neurons depolarize.
B) each receptor depolarizes more fully.
C) the frequency of depolarizing neurons increases.
D) variations in the signals each sound produces.
E) more neurons depolarize, each receptor depolarizes more fully, and the frequency of depolarizing neurons increases.
A) more neurons depolarize.
B) each receptor depolarizes more fully.
C) the frequency of depolarizing neurons increases.
D) variations in the signals each sound produces.
E) more neurons depolarize, each receptor depolarizes more fully, and the frequency of depolarizing neurons increases.
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21
Pain is
A) one of the special senses.
B) the perception of injury.
C) dependent on interpretation by the brain.
D) the perception of injury and dependent on interpretation by the brain.
E) one of the special senses, the perception of injury, and dependent on interpretation by the brain.
A) one of the special senses.
B) the perception of injury.
C) dependent on interpretation by the brain.
D) the perception of injury and dependent on interpretation by the brain.
E) one of the special senses, the perception of injury, and dependent on interpretation by the brain.
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22
Somatic pain is sensed in all of the following EXCEPT
A) skin.
B) skeletal muscles.
C) joints.
D) tendons.
E) visceral organs.
A) skin.
B) skeletal muscles.
C) joints.
D) tendons.
E) visceral organs.
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23
The most potent chemicals for activating pain receptors are
A) bradykinins.
B) histamines.
C) prostaglandins.
D) cytokines.
E) leukotrienes.
A) bradykinins.
B) histamines.
C) prostaglandins.
D) cytokines.
E) leukotrienes.
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24
Vibrations are detected by
A) Pacinian corpuscles.
B) Meissner's corpuscles.
C) Merkel's discs.
D) Ruffini endings.
E) free nerve endings.
A) Pacinian corpuscles.
B) Meissner's corpuscles.
C) Merkel's discs.
D) Ruffini endings.
E) free nerve endings.
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25
According to the classification given by the authors, somatic senses
A) are distributed in several locations over the body.
B) reside in certain receptor organs located at a few specific locations.
C) are exemplified by ears and eyes.
D) include sight and sound.
E) are perceived by photoreceptors.
A) are distributed in several locations over the body.
B) reside in certain receptor organs located at a few specific locations.
C) are exemplified by ears and eyes.
D) include sight and sound.
E) are perceived by photoreceptors.
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26
The most important receptors for steady touch are
A) Pacinian corpuscles.
B) Meissner's corpuscles.
C) Merkel's discs.
D) Ruffini endings.
E) free nerve ending.
A) Pacinian corpuscles.
B) Meissner's corpuscles.
C) Merkel's discs.
D) Ruffini endings.
E) free nerve ending.
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27
Sensations of visceral pain are related to all of the following EXCEPT
A) muscle spasms.
B) muscle fatigue.
C) reduced blood flow to organs.
D) damage to organs.
E) tendon tear.
A) muscle spasms.
B) muscle fatigue.
C) reduced blood flow to organs.
D) damage to organs.
E) tendon tear.
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28
The pain produced in an internal organ may be perceived as occurring somewhere else. This is called
A) mixed nerve messages.
B) referred pain.
C) phantom pain.
D) psychosomatic pain.
E) hypochondria.
A) mixed nerve messages.
B) referred pain.
C) phantom pain.
D) psychosomatic pain.
E) hypochondria.
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29
The Pacinian corpuscle is used in detecting
A) sound.
B) pressure.
C) chemicals.
D) sight.
E) chemical differences.
A) sound.
B) pressure.
C) chemicals.
D) sight.
E) chemical differences.
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30
Which of the following statements is true relating to sensory receptors in highly sensitive areas of the body?
A) there are more receptors
B) there are fewer receptors
C) the receptors are larger
D) the receptors are totally different from those in less sensitive areas
E) the receptors are further away from one another.
A) there are more receptors
B) there are fewer receptors
C) the receptors are larger
D) the receptors are totally different from those in less sensitive areas
E) the receptors are further away from one another.
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31
Interneurons in the spinal cord release ____ when signals from pain receptors reach them.
A) bradykinins.
B) histamines.
C) prostaglandins.
D) substance P.
E) leukotrienes.
A) bradykinins.
B) histamines.
C) prostaglandins.
D) substance P.
E) leukotrienes.
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32
The somatic senses include all of the following sensations EXCEPT
A) balance
B) pain near the body surface
C) temperature
D) touch
E) pressure
A) balance
B) pain near the body surface
C) temperature
D) touch
E) pressure
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33
Receptor signals for somatic sensations are received by the
A) motor cortex.
B) olfactory bulb.
C) calcarine fissure.
D) somatosensory cortex.
E) precentral cortex.
A) motor cortex.
B) olfactory bulb.
C) calcarine fissure.
D) somatosensory cortex.
E) precentral cortex.
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34
The most important pain receptors are
A) chemoreceptors.
B) baroreceptors.
C) stretch receptors.
D) nociceptors.
E) osmoreceptors.
A) chemoreceptors.
B) baroreceptors.
C) stretch receptors.
D) nociceptors.
E) osmoreceptors.
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35
A stretch receptor is classified as a
A) chemoreceptor.
B) mechanoreceptor.
C) photoreceptor.
D) thermoreceptor.
E) all of these
A) chemoreceptor.
B) mechanoreceptor.
C) photoreceptor.
D) thermoreceptor.
E) all of these
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36
When the frequency of nerve impulses slows or stops even when the stimulus continues at constant strength, the individual has undergone
A) sensory adaptation.
B) tolerance.
C) perceptive degradation.
D) nerve damage.
E) tachyphylaxis.
A) sensory adaptation.
B) tolerance.
C) perceptive degradation.
D) nerve damage.
E) tachyphylaxis.
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37
Pain projected by the brain back to a missing body part is called
A) phantom pain.
B) referred pain.
C) projected pain.
D) erroneous pain.
E) perceived pain.
A) phantom pain.
B) referred pain.
C) projected pain.
D) erroneous pain.
E) perceived pain.
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38
Light touch is detected by
A) Pacinian corpuscles.
B) Meissner's corpuscles.
C) Merkel's discs.
D) Ruffini endings.
E) free nerve endings.
A) Pacinian corpuscles.
B) Meissner's corpuscles.
C) Merkel's discs.
D) Ruffini endings.
E) free nerve endings.
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39
Free nerve endings detect all of the following EXCEPT
A) touch.
B) pressure.
C) heat.
D) pain.
E) light.
A) touch.
B) pressure.
C) heat.
D) pain.
E) light.
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40
Somatic sensations include all of the following EXCEPT
A) heat and cold
B) pressure and touch
C) pain
D) limb movements and the position of the body in space
E) sound
A) heat and cold
B) pressure and touch
C) pain
D) limb movements and the position of the body in space
E) sound
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41
Interpretation of smell is accomplished
A) by the nasal epithelium.
B) in the olfactory receptors.
C) by centers in the brainstem.
D) by the cerebral cortex.
E) independently of olfactory receptors.
A) by the nasal epithelium.
B) in the olfactory receptors.
C) by centers in the brainstem.
D) by the cerebral cortex.
E) independently of olfactory receptors.
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42
Sense receptors for "taste" are located in all of the following EXCEPT
A) on the tongue.
B) on the roof of the mouth.
C) in the throat.
D) on the palate.
E) on the tonsils.
A) on the tongue.
B) on the roof of the mouth.
C) in the throat.
D) on the palate.
E) on the tonsils.
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43
Approximately how many olfactory receptors do humans have in their olfactory epithelium?
A) 10 million
B) 100,000
C) 200 million
D) 50 million
E) 500,000
A) 10 million
B) 100,000
C) 200 million
D) 50 million
E) 500,000
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44
Which characteristic of sound waves relates to loudness?
A) amplitude
B) frequency
C) modulation
D) wavelength
E) pitch
A) amplitude
B) frequency
C) modulation
D) wavelength
E) pitch
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45
The sense based on air vibrations is
A) taste.
B) smell.
C) touch.
D) sight.
E) hearing.
A) taste.
B) smell.
C) touch.
D) sight.
E) hearing.
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46
Which of the following is NOT a basic taste category identified in humans?
A) bitter
B) salty
C) spicy
D) sour
E) sweet
A) bitter
B) salty
C) spicy
D) sour
E) sweet
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47
Olfactory receptors detect
A) water-soluble substances.
B) volatile substances.
C) fat-soluble substances.
D) alcohol-soluble substances.
E) both a and b.
A) water-soluble substances.
B) volatile substances.
C) fat-soluble substances.
D) alcohol-soluble substances.
E) both a and b.
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48
Olfactory bulbs are located in which portion of the brain?
A) occipital lobe
B) frontal lobe
C) parietal lobe
D) occipital lobe
E) thalamus
A) occipital lobe
B) frontal lobe
C) parietal lobe
D) occipital lobe
E) thalamus
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49
From an evolutionary standpoint, why is it important to have more bitter-sensing taste buds than any other type?
A) there are more bitter-tasting foods than any other in nature
B) more people prefer bitter-tasting foods
C) many poisons have a bitter taste so only tiny amounts are needed to allow sensing to take place
D) bitter taste is associated with mating selection
E) to prevent over-consumption of sugary foods
A) there are more bitter-tasting foods than any other in nature
B) more people prefer bitter-tasting foods
C) many poisons have a bitter taste so only tiny amounts are needed to allow sensing to take place
D) bitter taste is associated with mating selection
E) to prevent over-consumption of sugary foods
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50
The vomeronasal organ is used to detect
A) foods.
B) dangerous chemicals.
C) volatile liquids.
D) pheromones.
E) aftershave lotion.
A) foods.
B) dangerous chemicals.
C) volatile liquids.
D) pheromones.
E) aftershave lotion.
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51
In the case of taste and smell, through which structure must sensory information pass before arriving at the cerebral cortex?
A) hypothalamus
B) hippocampus
C) amygdala
D) thalamus
E) pineal gland
A) hypothalamus
B) hippocampus
C) amygdala
D) thalamus
E) pineal gland
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52
Receptors in the human nose are
A) chemoreceptors.
B) mechanoreceptors.
C) photoreceptors.
D) nociceptors.
E) osmoreceptors.
A) chemoreceptors.
B) mechanoreceptors.
C) photoreceptors.
D) nociceptors.
E) osmoreceptors.
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53
Why is olfaction an ancient sense?
A) it was the first sense to develop in humans
B) it was used solely to find potential mates
C) it was used to detect predators
D) it was used to find shelter
E) it was the first sense to develop in amphibians
A) it was the first sense to develop in humans
B) it was used solely to find potential mates
C) it was used to detect predators
D) it was used to find shelter
E) it was the first sense to develop in amphibians
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54
Functionally, the two most closely associated senses are
A) sight and hearing.
B) touch and sight.
C) taste and smell.
D) temperature and pain.
E) touch and balance.
A) sight and hearing.
B) touch and sight.
C) taste and smell.
D) temperature and pain.
E) touch and balance.
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55
The body's "natural opiates" used to reduce the ability to perceive pain are
A) glucocorticoids.
B) mineralocorticoids.
C) endorphins and enkephalins.
D) endorphins only.
E) enkephalins only.
A) glucocorticoids.
B) mineralocorticoids.
C) endorphins and enkephalins.
D) endorphins only.
E) enkephalins only.
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56
Which taste buds are the most sensitive?
A) umami
B) sweet
C) sour
D) bitter
E) salty
A) umami
B) sweet
C) sour
D) bitter
E) salty
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57
The taste of meat, triggered by amino acids, is called
A) origami.
B) umami
C) carnami.
D) tsunami.
E) miami.
A) origami.
B) umami
C) carnami.
D) tsunami.
E) miami.
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58
Which of the following refers to the brothy or savory taste associated with aged cheese and meats?
A) bignami
B) swami
C) alumi
D) umami
E) miasma
A) bignami
B) swami
C) alumi
D) umami
E) miasma
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59
Which of the following may NOT be considered a tastant?
A) salt
B) acids
C) plant alkaloids
D) sugars
E) umami
A) salt
B) acids
C) plant alkaloids
D) sugars
E) umami
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60
Which area of the brain will integrate taste and smell signals with emotional states and stored memories?
A) the thalamus
B) the hypothalamus
C) the limbic system
D) the pineal gland
E) the corpus callosum
A) the thalamus
B) the hypothalamus
C) the limbic system
D) the pineal gland
E) the corpus callosum
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61
Movable bones are features of the sense organs associated with
A) sight.
B) hearing.
C) taste.
D) smell.
E) touch.
A) sight.
B) hearing.
C) taste.
D) smell.
E) touch.
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62
The principal place in the human ear where sound waves are amplified by means of the vibrations of tiny bones is the
A) pinna.
B) ear canal.
C) middle ear.
D) organ of Corti.
E) Tympanic Membrane.
A) pinna.
B) ear canal.
C) middle ear.
D) organ of Corti.
E) Tympanic Membrane.
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63
Hair cells are important in the sense of
A) equilibrium.
B) hearing.
C) taste.
D) smell.
E) both equilibrium and hearing.
A) equilibrium.
B) hearing.
C) taste.
D) smell.
E) both equilibrium and hearing.
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64
The organ of Corti
A) functions in the awareness of motion and the sense of equilibrium.
B) controls the sense of depth perception.
C) converts sound vibrations into impulses that enable hearing.
D) secretes cerebrospinal fluid.
E) detects light energy.
A) functions in the awareness of motion and the sense of equilibrium.
B) controls the sense of depth perception.
C) converts sound vibrations into impulses that enable hearing.
D) secretes cerebrospinal fluid.
E) detects light energy.
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65
The tectorial membrane is
A) connective tissue.
B) epithelial tissue.
C) muscle tissue.
D) nervous tissue.
E) a jellylike substance.
A) connective tissue.
B) epithelial tissue.
C) muscle tissue.
D) nervous tissue.
E) a jellylike substance.
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66
The organ of Corti is a
A) chemoreceptor.
B) mechanoreceptor.
C) photoreceptor.
D) nociceptor.
E) osmoreceptor.
A) chemoreceptor.
B) mechanoreceptor.
C) photoreceptor.
D) nociceptor.
E) osmoreceptor.
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67
The organ of Corti rests on the
A) round window.
B) oval window.
C) Eustachian tube.
D) auditory nerve.
E) basilar membrane.
A) round window.
B) oval window.
C) Eustachian tube.
D) auditory nerve.
E) basilar membrane.
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68
The sense of hearing in vertebrates is dependent on al of the following EXCEPT
A) fluid displacement.
B) hair bending.
C) bone movement.
D) membrane vibration.
E) chemical reception.
A) fluid displacement.
B) hair bending.
C) bone movement.
D) membrane vibration.
E) chemical reception.
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69
Which structure acts as a "release valve" for the force of the pressure waves entering the cochlea?
A) the round window
B) the oval window
C) the Eustachian tube
D) the organ of Corti
E) the tectorial membrane
A) the round window
B) the oval window
C) the Eustachian tube
D) the organ of Corti
E) the tectorial membrane
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70
The sense in which amplitude and frequency can be detected with some accuracy is
A) sight.
B) hearing.
C) balance.
D) taste.
E) smell.
A) sight.
B) hearing.
C) balance.
D) taste.
E) smell.
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71
One's equilibrium is sensed by a
A) chemoreceptor.
B) mechanoreceptor.
C) photoreceptor.
D) thermoreceptor.
E) osmoreceptor.
A) chemoreceptor.
B) mechanoreceptor.
C) photoreceptor.
D) thermoreceptor.
E) osmoreceptor.
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72
The organ of Corti is located in the
A) thoracic cavity.
B) inner ear.
C) abdominal cavity.
D) brain stem.
E) semicircular canals.
A) thoracic cavity.
B) inner ear.
C) abdominal cavity.
D) brain stem.
E) semicircular canals.
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73
The force of the original vibrations entering the ear is amplified by the
A) organ of Corti.
B) oval window.
C) round window.
D) Eustachian tube.
E) semicircular canals.
A) organ of Corti.
B) oval window.
C) round window.
D) Eustachian tube.
E) semicircular canals.
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74
In hearing, the last place that pressure or sound waves pass through is the
A) bones of the middle ear.
B) tympanic membrane.
C) oval window.
D) round window.
E) tectorial membrane.
A) bones of the middle ear.
B) tympanic membrane.
C) oval window.
D) round window.
E) tectorial membrane.
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75
The Eustachian tube carries air from the middle ear to the
A) larynx.
B) inner ear.
C) pharynx.
D) oval window.
E) round window.
A) larynx.
B) inner ear.
C) pharynx.
D) oval window.
E) round window.
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76
The place where vibrations are translated into patterns of nerve impulses is the
A) pinna.
B) ear canal.
C) middle ear.
D) organ of Corti.
E) tympanum.
A) pinna.
B) ear canal.
C) middle ear.
D) organ of Corti.
E) tympanum.
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77
The semicircular canals are
A) empty.
B) filled with gas.
C) filled with a liquid.
D) filled with bones or stones.
E) filled with sand grains.
A) empty.
B) filled with gas.
C) filled with a liquid.
D) filled with bones or stones.
E) filled with sand grains.
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78
Movable bones are found in the
A) cochlea.
B) external ear.
C) middle ear.
D) inner ear.
E) organ of Corti.
A) cochlea.
B) external ear.
C) middle ear.
D) inner ear.
E) organ of Corti.
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79
The equalization of pressures between the ear and throat is made possible by the
A) pharynx.
B) Eustachian tube.
C) cupula.
D) semicircular canals.
E) round window.
A) pharynx.
B) Eustachian tube.
C) cupula.
D) semicircular canals.
E) round window.
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80
The technical name for the eardrum is the
A) tympanic membrane.
B) round window.
C) oval window.
D) cochlear duct.
E) organ of Corti
A) tympanic membrane.
B) round window.
C) oval window.
D) cochlear duct.
E) organ of Corti
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