A) subtractive
B) nonspectral
C) additive
D) dichromatic
Correct Answer
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Multiple Choice
A) They are more sensitive to light than rods.
B) They respond only to black and white.
C) They are found mainly in the fovea.
D) They operate mainly at night.
Correct Answer
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Multiple Choice
A) Even when light from a small object is focused directly on it, it cannot be seen.
B) It is the place in the retina where all the ganglion cells come together.
C) It is the part of the retina with the greatest visual acuity.
D) It contains no receptors.
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Multiple Choice
A) hair cells
B) underside
C) saccules
D) papillae
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Multiple Choice
A) closer objects are perceived as smaller than far-away objects
B) perception of size is inversely related to distance
C) distance affects perceived size
D) objects are perceived as having constant dimensions regardless of distance
Correct Answer
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Multiple Choice
A) oval window
B) organ of Corti
C) eardrum
D) round window
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Multiple Choice
A) stroboscopic motion
B) the autokinetic illusion
C) the phi phenomenon
D) the Muller-Lyer illusion
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Multiple Choice
A) pupil, cornea, lens, retina
B) lens, cornea, pupil, retina
C) cornea, pupil, lens, retina
D) retina, pupil, lens, cornea
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Multiple Choice
A) amplitude
B) timbre
C) overtones
D) pitch
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True/False
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Multiple Choice
A) 80
B) 60
C) 40
D) 20
Correct Answer
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Multiple Choice
A) night vision
B) color
C) acuity
D) sensation
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Multiple Choice
A) the cornea
B) the periphery of the retina
C) rods
D) cones
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Multiple Choice
A) frequency
B) saturation
C) timbre
D) amplitude
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Multiple Choice
A) psychometric function
B) absolute threshold
C) response bias
D) just noticeable difference (jnd)
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Multiple Choice
A) brightness
B) saturation
C) fine detail
D) hue
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Multiple Choice
A) Frequency theory alone fully explains neural coding of high frequency sounds, but only place theory can fully explain neural coding of low frequency sounds.
B) Both frequency theory and the volley principle are necessary to fully explain pitch discrimination.
C) Frequency theory must be supplemented by the volley principle in order to fully explain how we hear sounds up to 4,000 hertz.
D) Frequency theory is insufficient to describe how high frequency tones are heard, because neurons cannot fire as rapidly as high frequency sound waves vibrate.
Correct Answer
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Multiple Choice
A) aphasia
B) anosmia
C) cataplexy
D) Korsakoff's syndrome
Correct Answer
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True/False
Correct Answer
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Multiple Choice
A) loudness
B) overtones
C) timbre
D) frequency
Correct Answer
verified
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