The fluid that fills the cochlear duct, where the organ of Corti is located, is called____________. which of the following is a proprioceotor? Meissner's corpuscule muscle spindle Ruffini's corpuscule Merkel disc pain receptor Which of the following helps to explain why stimulation of cones results in more acute vision than stimulation of rods? Cones are more sensitive to color than rods are Cones require abundant light in order to be stimulated Rods are very sensitive, and can be stimulated even in very low light, so the signals all bleed together Cones have an almost 1:1 relationship with their axon pathways back to the cortex Cones are highly concentrated in the fovea, and rods are not
The fluid that fills the cochlear duct, where the organ of Corti is located, is called____________. which of the following is a proprioceotor? Meissner's corpuscule muscle spindle Ruffini's corpuscule Merkel disc pain receptor Which of the following helps to explain why stimulation of cones results in more acute vision than stimulation of rods? Cones are more sensitive to color than rods are Cones require abundant light in order to be stimulated Rods are very sensitive, and can be stimulated even in very low light, so the signals all bleed together Cones have an almost 1:1 relationship with their axon pathways back to the cortex Cones are highly concentrated in the fovea, and rods are not
Chapter30: Sensory Perception
Section: Chapter Questions
Problem 15SA
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Question
The fluid that fills the cochlear duct, where the organ of Corti is located, is called____________.
which of the following is a proprioceotor?
Meissner's corpuscule
muscle spindle
Ruffini's corpuscule
Merkel disc
pain receptor
Which of the following helps to explain why stimulation of cones results in more acute vision than stimulation of rods?
Cones are more sensitive to color than rods are
Cones require abundant light in order to be stimulated
Rods are very sensitive, and can be stimulated even in very low light, so the signals all bleed together
Cones have an almost 1:1 relationship with their axon pathways back to the cortex
Cones are highly concentrated in the fovea, and rods are not
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