Deck 36: The Sensory System
Full screen (f)
Question
Match between columns
Premises:
Responses:
tissue that separates the outer and inner ear
Eustachian tube
tissue that separates the outer and inner ear
round window
tissue that separates the outer and inner ear
cochlea
tissue that separates the outer and inner ear
oval window
tissue that separates the outer and inner ear
pinna
tissue that separates the outer and inner ear
vestibule
tissue that separates the outer and inner ear
tympanic bulla
tissue that separates the outer and inner ear
tympanic membrane
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to flip the card.
Question
Match between columns
Premises:
Responses:
osseous chamber at the base of the skull
Eustachian tube
osseous chamber at the base of the skull
round window
osseous chamber at the base of the skull
cochlea
osseous chamber at the base of the skull
oval window
osseous chamber at the base of the skull
pinna
osseous chamber at the base of the skull
vestibule
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic membrane
Question
Match between columns
Premises:
Responses:
contains receptors for balance and position
Eustachian tube
contains receptors for balance and position
round window
contains receptors for balance and position
cochlea
contains receptors for balance and position
oval window
contains receptors for balance and position
pinna
contains receptors for balance and position
vestibule
contains receptors for balance and position
tympanic bulla
contains receptors for balance and position
tympanic membrane
Question
Rotational or angular movement of the head is controlled by the semicircular canals. This is called ________ _________.
Question
Match between columns
Premises:
Responses:
external portion of the ear that catches sound
Eustachian tube
external portion of the ear that catches sound
round window
external portion of the ear that catches sound
cochlea
external portion of the ear that catches sound
oval window
external portion of the ear that catches sound
pinna
external portion of the ear that catches sound
vestibule
external portion of the ear that catches sound
tympanic bulla
external portion of the ear that catches sound
tympanic membrane
Question
Match between columns
Premises:
Responses:
membrane that separates the middle and inner ear
Eustachian tube
membrane that separates the middle and inner ear
round window
membrane that separates the middle and inner ear
cochlea
membrane that separates the middle and inner ear
oval window
membrane that separates the middle and inner ear
pinna
membrane that separates the middle and inner ear
vestibule
membrane that separates the middle and inner ear
tympanic bulla
membrane that separates the middle and inner ear
tympanic membrane
Question
Match between columns
Premises:
Responses:
spiral shaped passage
Eustachian tube
spiral shaped passage
round window
spiral shaped passage
cochlea
spiral shaped passage
oval window
spiral shaped passage
pinna
spiral shaped passage
vestibule
spiral shaped passage
tympanic bulla
spiral shaped passage
tympanic membrane
Question
A condition in which the eyes jump back and forth in rhythmic jerks due to an injury is _________.
Question
Match between columns
Premises:
Responses:
membrane that receives sound waves
Eustachian tube
membrane that receives sound waves
round window
membrane that receives sound waves
cochlea
membrane that receives sound waves
oval window
membrane that receives sound waves
pinna
membrane that receives sound waves
vestibule
membrane that receives sound waves
tympanic bulla
membrane that receives sound waves
tympanic membrane
Question
What is the part of the eye that is clear and covers and protects the eye and can be easily scratched and cause trauma to the eye?
Question
Match between columns
Premises:
Responses:
maintains air pressure in the middle ear
Eustachian tube
maintains air pressure in the middle ear
round window
maintains air pressure in the middle ear
cochlea
maintains air pressure in the middle ear
oval window
maintains air pressure in the middle ear
pinna
maintains air pressure in the middle ear
vestibule
maintains air pressure in the middle ear
tympanic bulla
maintains air pressure in the middle ear
tympanic membrane
Question
Match between columns
Premises:
Responses:
gives the eye color
rods
gives the eye color
sclera
gives the eye color
posterior chamber
gives the eye color
retina
gives the eye color
cornea
gives the eye color
cones
gives the eye color
iris
Question
The body system associated with touch, vision, hearing, smell, and taste is the ________ system.
Question
Match between columns
Premises:
Responses:
part of the eye that sees colors
rods
part of the eye that sees colors
sclera
part of the eye that sees colors
posterior chamber
part of the eye that sees colors
retina
part of the eye that sees colors
cornea
part of the eye that sees colors
cones
part of the eye that sees colors
iris
Question
A condition in which the eyes jump back and forth in rythmic jerks due to an injury is _________.
Question
Match between columns
Premises:
Responses:
clear layer covering the eye
rods
clear layer covering the eye
sclera
clear layer covering the eye
posterior chamber
clear layer covering the eye
retina
clear layer covering the eye
cornea
clear layer covering the eye
cones
clear layer covering the eye
iris
Question
Match between columns
Premises:
Responses:
inner layer of the eye
rods
inner layer of the eye
sclera
inner layer of the eye
posterior chamber
inner layer of the eye
retina
inner layer of the eye
cornea
inner layer of the eye
cones
inner layer of the eye
iris
Question
Match between columns
Premises:
Responses:
area of the eye containing the nerves, blood vessels, and optic vessels
rods
area of the eye containing the nerves, blood vessels, and optic vessels
sclera
area of the eye containing the nerves, blood vessels, and optic vessels
posterior chamber
area of the eye containing the nerves, blood vessels, and optic vessels
retina
area of the eye containing the nerves, blood vessels, and optic vessels
cornea
area of the eye containing the nerves, blood vessels, and optic vessels
cones
area of the eye containing the nerves, blood vessels, and optic vessels
iris
Question
The structures of the inner ear bend with movement of the head in response to gravity. This is called _________ __________.
Question
Match between columns
Premises:
Responses:
the white of the eye
rods
the white of the eye
sclera
the white of the eye
posterior chamber
the white of the eye
retina
the white of the eye
cornea
the white of the eye
cones
the white of the eye
iris
Question
Match between columns
Premises:
Responses:
part of the eye that detects light and depth
rods
part of the eye that detects light and depth
sclera
part of the eye that detects light and depth
posterior chamber
part of the eye that detects light and depth
retina
part of the eye that detects light and depth
cornea
part of the eye that detects light and depth
cones
part of the eye that detects light and depth
iris
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Full screen (f)
Deck 36: The Sensory System
1
Match between columns
Premises:
Responses:
tissue that separates the outer and inner ear
Eustachian tube
tissue that separates the outer and inner ear
round window
tissue that separates the outer and inner ear
cochlea
tissue that separates the outer and inner ear
oval window
tissue that separates the outer and inner ear
pinna
tissue that separates the outer and inner ear
vestibule
tissue that separates the outer and inner ear
tympanic bulla
tissue that separates the outer and inner ear
tympanic membrane
Premises:
Responses:
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
tissue that separates the outer and inner ear
tympanic membrane
2
Match between columns
Premises:
Responses:
osseous chamber at the base of the skull
Eustachian tube
osseous chamber at the base of the skull
round window
osseous chamber at the base of the skull
cochlea
osseous chamber at the base of the skull
oval window
osseous chamber at the base of the skull
pinna
osseous chamber at the base of the skull
vestibule
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic membrane
Premises:
Responses:
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
osseous chamber at the base of the skull
tympanic bulla
3
Match between columns
Premises:
Responses:
contains receptors for balance and position
Eustachian tube
contains receptors for balance and position
round window
contains receptors for balance and position
cochlea
contains receptors for balance and position
oval window
contains receptors for balance and position
pinna
contains receptors for balance and position
vestibule
contains receptors for balance and position
tympanic bulla
contains receptors for balance and position
tympanic membrane
Premises:
Responses:
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
contains receptors for balance and position
vestibule
4
Rotational or angular movement of the head is controlled by the semicircular canals. This is called ________ _________.
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5
Match between columns
Premises:
Responses:
external portion of the ear that catches sound
Eustachian tube
external portion of the ear that catches sound
round window
external portion of the ear that catches sound
cochlea
external portion of the ear that catches sound
oval window
external portion of the ear that catches sound
pinna
external portion of the ear that catches sound
vestibule
external portion of the ear that catches sound
tympanic bulla
external portion of the ear that catches sound
tympanic membrane
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6
Match between columns
Premises:
Responses:
membrane that separates the middle and inner ear
Eustachian tube
membrane that separates the middle and inner ear
round window
membrane that separates the middle and inner ear
cochlea
membrane that separates the middle and inner ear
oval window
membrane that separates the middle and inner ear
pinna
membrane that separates the middle and inner ear
vestibule
membrane that separates the middle and inner ear
tympanic bulla
membrane that separates the middle and inner ear
tympanic membrane
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k this deck
7
Match between columns
Premises:
Responses:
spiral shaped passage
Eustachian tube
spiral shaped passage
round window
spiral shaped passage
cochlea
spiral shaped passage
oval window
spiral shaped passage
pinna
spiral shaped passage
vestibule
spiral shaped passage
tympanic bulla
spiral shaped passage
tympanic membrane
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8
A condition in which the eyes jump back and forth in rhythmic jerks due to an injury is _________.
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9
Match between columns
Premises:
Responses:
membrane that receives sound waves
Eustachian tube
membrane that receives sound waves
round window
membrane that receives sound waves
cochlea
membrane that receives sound waves
oval window
membrane that receives sound waves
pinna
membrane that receives sound waves
vestibule
membrane that receives sound waves
tympanic bulla
membrane that receives sound waves
tympanic membrane
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k this deck
10
What is the part of the eye that is clear and covers and protects the eye and can be easily scratched and cause trauma to the eye?
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11
Match between columns
Premises:
Responses:
maintains air pressure in the middle ear
Eustachian tube
maintains air pressure in the middle ear
round window
maintains air pressure in the middle ear
cochlea
maintains air pressure in the middle ear
oval window
maintains air pressure in the middle ear
pinna
maintains air pressure in the middle ear
vestibule
maintains air pressure in the middle ear
tympanic bulla
maintains air pressure in the middle ear
tympanic membrane
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k this deck
12
Match between columns
Premises:
Responses:
gives the eye color
rods
gives the eye color
sclera
gives the eye color
posterior chamber
gives the eye color
retina
gives the eye color
cornea
gives the eye color
cones
gives the eye color
iris
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13
The body system associated with touch, vision, hearing, smell, and taste is the ________ system.
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k this deck
14
Match between columns
Premises:
Responses:
part of the eye that sees colors
rods
part of the eye that sees colors
sclera
part of the eye that sees colors
posterior chamber
part of the eye that sees colors
retina
part of the eye that sees colors
cornea
part of the eye that sees colors
cones
part of the eye that sees colors
iris
Unlock Deck
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k this deck
15
A condition in which the eyes jump back and forth in rythmic jerks due to an injury is _________.
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k this deck
16
Match between columns
Premises:
Responses:
clear layer covering the eye
rods
clear layer covering the eye
sclera
clear layer covering the eye
posterior chamber
clear layer covering the eye
retina
clear layer covering the eye
cornea
clear layer covering the eye
cones
clear layer covering the eye
iris
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k this deck
17
Match between columns
Premises:
Responses:
inner layer of the eye
rods
inner layer of the eye
sclera
inner layer of the eye
posterior chamber
inner layer of the eye
retina
inner layer of the eye
cornea
inner layer of the eye
cones
inner layer of the eye
iris
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k this deck
18
Match between columns
Premises:
Responses:
area of the eye containing the nerves, blood vessels, and optic vessels
rods
area of the eye containing the nerves, blood vessels, and optic vessels
sclera
area of the eye containing the nerves, blood vessels, and optic vessels
posterior chamber
area of the eye containing the nerves, blood vessels, and optic vessels
retina
area of the eye containing the nerves, blood vessels, and optic vessels
cornea
area of the eye containing the nerves, blood vessels, and optic vessels
cones
area of the eye containing the nerves, blood vessels, and optic vessels
iris
Unlock Deck
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k this deck
19
The structures of the inner ear bend with movement of the head in response to gravity. This is called _________ __________.
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k this deck
20
Match between columns
Premises:
Responses:
the white of the eye
rods
the white of the eye
sclera
the white of the eye
posterior chamber
the white of the eye
retina
the white of the eye
cornea
the white of the eye
cones
the white of the eye
iris
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k this deck
21
Match between columns
Premises:
Responses:
part of the eye that detects light and depth
rods
part of the eye that detects light and depth
sclera
part of the eye that detects light and depth
posterior chamber
part of the eye that detects light and depth
retina
part of the eye that detects light and depth
cornea
part of the eye that detects light and depth
cones
part of the eye that detects light and depth
iris
Unlock Deck
Unlock for access to all 21 flashcards in this deck.
Unlock Deck
k this deck
Unlock Deck
Unlock for access to all 21 flashcards in this deck.