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Why would it be an advantage for a deer to have a wide visual field, as compared to overlapping, stereoscopic vision?

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter6: The Peripheral Nervous System: Afferent Division; Special Senses

Section: Chapter Questions

Problem 13UC

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For vertebrate photoreception, define: (a) photopigment; (b) photoreceptor; and (c) receptive field.
In humans, what happens to visual information from the left visual field?A. It reaches the right half of each retina, which sends messages to the left hemisphere.B. It reaches the right half of each retina, which sends messages to the right hemisphere.C. It reaches the left half of each retina, which sends messages to the left hemisphere.D. It reaches the left half of each retina, which sends messages to the right hemisphere.
How could you study an animal’s senses to design a product for humans who are missing one of their senses? Answer in a few sentences.
In reference to the blondspot, what advantage is it to have the fields of vision from each eye overlap? For what reason was it necessary to close kne eye in order to illustrate the blind spot? Describe at least one situation where the blind spot may be a liability to an individual.
Most animals lack cones in their retinas. How, then, do such animals view the visual world?
Give typing answer with explanation and conclusion Give another example of a situation where two or more senses must interact in order for proper perception to occur. What would happen to our perception if one or more of the senses was missing?
Which statement about compound eyes is true?a. They do not contain a lens or lenslike structure.b. They cannot sense color.c. They have from 1 to 10 ommatidia.d. They are found in insects and also many vertebrates.e. They probably have less resolving power thansingle-lens eyes.
Given that frogs are nearsighted in air, which statement is most likely to be true about their vision in water? (a) They are even more nearsighted; because water has a higher index of refraction than air, a frog’s ability to focus light increases in water. (b) They are less nearsighted, because the cornea is less effective at refracting light in water than in air. (c) Their vision is no different, because only structures that are internal to the eye can affect the eye’s ability to focus. (d) The images projected on the retina are no longer inverted, because the eye in water functions as a diverging lens rather than a converging lens.
When comparing the human visual system's temporal features with its optical properties, what distinguishes the two?
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