A) cochlear duct.
B) outer ear.
C) middle ear.
D) ampullae.
E) organ of Corti.
Correct Answer
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Multiple Choice
A) Is the target insect able to perceive a sound between these frequencies?
B) Does the insect approach this sound device at a rate higher than random chance?
C) Does the insect move away from this sound device at a rate higher than random chance?
D) Does the insect produce any sounds within this range that would lead to a biological function to perceiving such frequencies?
E) All of the choices are correct.
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Multiple Choice
A) vitreous humor.
B) aqueous humor.
C) venous blood.
D) cochlear duct.
E) ampulla.
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True/False
Correct Answer
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Multiple Choice
A) Meissner corpuscles
B) Merkel disks
C) Pacinian corpuscles
D) Ruffini endings
Correct Answer
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Multiple Choice
A) The cones are better able to detect shades of color.
B) The rods are involved in black and white vision.
C) Rods and cones work together to detect the full image.
D) Rhodopsin is the molecule associated with vision.
E) Rods are activated by bright light and cones are better suited to night vision.
Correct Answer
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Multiple Choice
A) auditory canal-tympanic membrane-malleus-incus-stapes-oval window-cochlea-cochlear nerve
B) auditory canal-malleus-incus-stapes-tympanic membrane-oval window-cochlea-cochlear nerve
C) auditory canal-tympanic membrane-malleus-incus-stapes-cochlea-oval window-cochlear nerve
D) auditory canal-tympanic membrane-oval window-cochlea-malleus-incus-stapes-cochlear nerve
E) auditory canal-malleus-incus-stapes-oval window-tympanic membrane-cochlea-cochlear nerve
Correct Answer
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Multiple Choice
A) Chemoreceptors are universally found in animals.
B) Chemoreceptors are found all over the body surface in humans.
C) Chemoreceptors are concentrated on the auricles of the head in planaria.
D) Chemoreceptors are found on antennae and mouthparts in insects and other arthropods.
E) Chemoreceptors are thought to be the most primitive sensory receptor to have developed in animals.
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Multiple Choice
A) in front of the retina.
B) in back of the retina.
C) on the retina.
D) on the hair cells of the ampulla.
E) unevenly across the retina.
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Multiple Choice
A) color blindness - lack of red or green cones
B) eyestrain - muscle fatigue from constant contraction of the ciliary muscle
C) cataracts - lens becomes opaque with aging and sun exposure
D) nearsighted - unable to see near objects in detail
Correct Answer
verified
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