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What part of the eye is the area of sharpest vision?
The area of sharpest vision in the eye is called the fovea. It is located in the center of the retina and contains a high concentration of cone cells, which are responsible for color vision and detailed central vision.
Are the functions of the occipital lobes?
For the most part, vision.
What are the functions of the occipital lobes?
For the most part, vision.
If you're using WikiAnswers why aren't you using Wikipedia?
Wikipedia for the most part gives detailed all encompassing information about a subject. WikiAnswers is for more concise information and alot of the time covers information not found in Wikipedia.
What part of a motor gives the most power?
Spark Plug
What part of the eye affects vision?
There are a lot of things that affect your eyes most of which is light. light is invisible to the human eye, but can none the less have dangerous effects. The visible light, that provides us with color vision represents just a small, part of the electromagnetic spectrum. All these color form a spectrum which creates what we see and thus making it the most affective.
What vision do you see on the side?
Peripheral vision (the part of vision that occurs outside the very center of gaze).
What is the most important part in a kite and why?
Tail, it gives the kite a wait balance
Does seth clearwater die in breaking dawn part 2?
of course not! (Correction) In fact, in a vision that Alice gives Aro, the Volturi leader, Seth Clearwater, Leah Clearwater, Carlisle Cullen, and Jasper Cullen all dies, but ONLY in the vision she gives him. Also in the same vision the WHOLE Volturi group is completely wiped out. Edward and Bella kills Aro. Just as they are lighting Aro on fire Alice ends the vision.
If you could do what was needed to improve your night vision what part of the eye should claim most of your attention?
C. retinal rods
What part of the plant cell that gives it shape?
That is the cell wall.It is the outer most layer.
Why do we have poor peripheral vision in day light?
Poor peripheral vision in daylight is primarily due to the distribution of photoreceptor cells in the retina. While cone cells, which are responsible for color vision and detail, are concentrated in the central part of the retina (the fovea), rod cells, which are more sensitive to light and motion, are more abundant in the peripheral regions. In bright light, the sensitivity of rod cells decreases, leading to diminished peripheral vision. Additionally, the brain prioritizes central vision for processing detailed information, further limiting the effectiveness of peripheral vision in well-lit conditions.
