you decide i do not know ask you social studies teacher
the end!
the structures in the eye that refract light in the eye is the lens and the cornea.
The vitreous humor is a jelly like liquid that fills most of the eye (from the lens back). As we age it changes from a gel to a liquid and gradually shrinks separating from the retina. See related link for more details.
aqueous or solution in water
Bilateral vitreous detachment occurs when the gel-like substance inside both eyes, called the vitreous, separates from the retina. This condition is typically age-related and can cause symptoms like floaters, flashes of light, and reduced vision. It is important to see an eye doctor for an evaluation if you experience any of these symptoms.
Nope. As soon as you see the symbol for calcium, you know an ionic compound is being formed.
They are transparent so that you can see through your eye. The aqueous humor is the small amount of liquid in your cornea that is sort of watery and the vitreous humor is the jelly like inside. They are not always transparent, sometimes there are small clumps of stuff in the vitreous humor called floaters, sometimes you can see them in your vision.
the structures in the eye that refract light in the eye is the lens and the cornea.
it gives the eye its round shape and lets you see in 3D
so the the ligth can pass througth esaly if it was not transparent then you could not see
the cornea becomes cloudy/foggy and very difficult to see through
There is a substance called Vitreous Humor and Aqueus Humor in your eye, (keeps your eyes shape) The Vitreous Humor is a gel like substance and can sometimes start to shrink or dry up (happens more with age) and some of the cells will clump. This is what creates the lines or dots you see, which are actually shadows of the clumped strand of vitreous humor onto your retina. This can alo happen from various kinds of damage to the eye besides age.
The vitreous humor is a jelly like liquid that fills most of the eye (from the lens back). As we age it changes from a gel to a liquid and gradually shrinks separating from the retina. See related link for more details.
Ciliary bodies in the eye help the lens change shape to focus on objects at different distances, allowing you to see clearly. They also produce aqueous humor, a fluid that nourishes the eye and maintains its shape and pressure.
Floaters are small, semi-transparent particles that float in the vitreous humor of the eye. They are typically caused by age-related changes in the vitreous humor, such as the clumping of collagen fibers or the presence of cell debris. These floaters cast shadows on the retina, which we perceive as small, moving specks in our field of vision.
Without vitreous humor, the eye's shape and structure would be compromised, resulting in loss of support and increased risk of retinal detachment. Vision may also be affected due to changes in the eye's ability to focus light onto the retina.
In general, the process refraction only occurs in the eyes (as far as I know). So I assume you are asking how animals use refraction in their eyes, and by "refraction" you mean the refraction of light. In general, when light enters the eyes, it first enters the cornea of the eyes, which is then refracted into the pupil through the aqueous humor. The thickness and convexity of the lens control how the light is refracted into the eye. The light is focused on the retina which has rods and cone (photoreceptors/light sensors) which sends nerve impulses to the brain. Therefore, the animal is able to see. The parts of the eyes that does the refraction are the cornea, aqueous humor, lens, and the vitreous humor. You might want to surf the web for more details about this
Refraction in the eye occurs primarily due to the bending of light as it passes through different transparent media, such as the cornea, aqueous humor, lens, and vitreous humor. The cornea provides most of the eye's optical power, while the lens fine-tunes focus for near or distant objects. This bending of light is essential for forming clear images on the retina, enabling us to see. Any irregularities in the shape of the eye or lens can lead to refractive errors, affecting vision clarity.