A) Rotational equilibrium would be lacking and you could not detect head movement.
B) Gravitational equilibrium would be altered since the otoliths would not be pulled down by gravity.
C) Without gravity,there would be no vertigo.
D) All balance systems would work similar to being on Earth with normal gravity.
E) There would be absolutely no sense of balance signals without gravity.
Correct Answer
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Multiple Choice
A) cornea-vitreous humor-pupil-lens-aqueous humor-retina.
B) lens-vitreous humor-cornea-aqueous humor-retina.
C) lens-cornea-aqueous humor-vitreous humor-retina.
D) cornea-aqueous humor-pupil-lens-vitreous humor-retina.
E) lens-aqueous humor-cornea-vitreous humor-retina.
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Multiple Choice
A) one of the fluids in the inner ear
B) the fluid that surrounds the ossicles of the middle ear
C) the fluid in the eye between the cornea and the lens
D) the fluid in the eye between the retina and the lens
E) the gel-like material in a cupula of a mechanoreceptor
Correct Answer
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Multiple Choice
A) The conversion of a stimulus into a nerve impulse by using a receptor.
B) The conversion of a nerve impulse into a stimulus by using a receptor.
C) The detection of an environmental stimulus by a nerve receptor.
D) The analysis of a nerve impulse by the brain.
Correct Answer
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Multiple Choice
A) pupil.
B) retina.
C) iris.
D) ciliary muscle.
E) lens.
Correct Answer
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Multiple Choice
A) pressure waves.
B) temperature.
C) sound waves.
D) gravitational pull.
E) molecules for taste.
Correct Answer
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Multiple Choice
A) tectorial membrane
B) otolith
C) fovea centralis
D) blind spot
E) ampulla
Correct Answer
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Multiple Choice
A) Hearing is not dependent on the inner ear.
B) All parts of the organ of Corti hear all ranges of sound.
C) Loud music cannot damage your ears.
D) Hearing is dependent on mechanical pressure.
E) Sound is similar to light insofar as it is transmitted through the vacuum of space.
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Multiple Choice
A) stereocilia of the spiral organ
B) organ of Corti
C) auditory canal
D) tympanic membrane
E) round window
Correct Answer
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Multiple Choice
A) chemoreceptors
B) photoreceptors
C) pain receptors
D) mechanoreceptors
E) interoceptors
Correct Answer
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Multiple Choice
A) choroid
B) rods and cones
C) ciliary body
D) lens and cornea
E) iris and vitreous humor
Correct Answer
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Multiple Choice
A) Image-forming eyes are found only in vertebrates.
B) Photoreceptors differ in complexity in different kinds of animals.
C) Eyespots in planaria allow the direction of light to be determined.
D) The simplest photoreceptors only recognize the presence and intensity of light.
E) A compound eye as seen in insects has many different visual units,each containing a lens.
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Multiple Choice
A) semicircular canal,cochlear nerve,malleus,and vestibular nerve
B) semicircular canal,tympanic membrane,ear lobe,and vestibular nerve
C) auditory canal,cochlear nerve,malleus,and vestibular nerve
D) pinna,stapes,vestibule,and cochlear nerve
Correct Answer
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Multiple Choice
A) smell
B) vision
C) taste
D) All of the above are correct.
E) Smell and taste only are correct.
Correct Answer
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Multiple Choice
A) Taste receptors are chemoreceptors.
B) Taste receptors are located within taste buds in humans.
C) Taste receptors are found only on the tongue in animals.
D) Taste receptors recognize sweet,sour,bitter,and salty sensations.
E) Taste receptors generate nerve impulses in associated sensory nerve fibers.
Correct Answer
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Multiple Choice
A) retina.
B) optic nerve.
C) choroid layer.
D) sclera.
E) organ of Corti.
Correct Answer
verified
True/False
Correct Answer
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Multiple Choice
A) hammer,anvil,and stirrup.
B) eardrum,round window,and oval window.
C) hair cells and tectorial membrane.
D) saccule,utricle,and cochlea.
E) cochlea and auditory nerve.
Correct Answer
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Multiple Choice
A) The taste buds contain microvilli that project into the taste pore.The molecules bind to receptor proteins located on the microvilli which send a nerve impulse to the brain for interpretation.
B) The taste buds contain receptor proteins that are located on the tongue.The molecules bind to receptor proteins which send a nerve impulse to the brain for interpretation.
C) The taste buds contain microvilli that project into the taste pore.The molecules bind to receptor proteins located on the microvilli which send a nerve impulse to the spinal cord for interpretation.
D) The tongue moves molecules into the mouth so that the sinuses can detect the various scents.This information is then sent to the brain for interpretation.
E) None of these describe how we interpret taste.
Correct Answer
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Multiple Choice
A) There are more cones than rods and cones are very sensitive to light.
B) Cones detect the color of an object,and are activated by bright light.
C) The retina has a circadian rhythm.
D) The lens filters differentially the many wavelengths of light.
E) The vitreous humor filters much light,and daytime intensity is necessary to get colored light through to the retina.
Correct Answer
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