well..the light rays enter a pinpoint hole in your pupil. the light rays are focused by your lens. the lens is fat when you look at an object close to you. the lens is squashed by the cilary muscle. you can imagine what happens when you are looking at an object far away. that is why your pupil size seems to vary. when you look at something too close it may seem blury because your clilary muscle can only squash your lens so far,
the light rays then form an image on your retina (light sentitive cells) upside down but will flip when the image is sent to your brain using the optic nerve. this is how you "see" things
or The object goes to your brain after you see it and it shows your brain what the object is
If you are talking about an eye transplant or re-attching an eye to someone else, you are OUT of luck. It isn't possible and it will always be. As you can see, the eyeball is connected to the brain. Once you cut the vein connecting the eye to the brain, the brain gives it off and the eye is disabled. If you recconect the eye back to the brain, it wont work because the eye is disabled and unable to see. You cannot see anything. Hope this helps.
It connects your cornea to brain. And tells the brain what to see.
We see out of the eye because of the light that's hits the eye and the light that we see it sends a signal to the brain and then we can see the picture.
that we need to see
both because the eye sends the pic to your brain
we can see tgrough because a cord atched to our brain
Microscopes enable scientists to see things that are too small for the naked eye to see. So in that sense, yes microscopes do allow scientists to see and study microscopic organisms.
cones.
The crystalline lens in human eye is indispensable to perform refraction so as to enable us to see objects clearly.
The eye doesn't interpret. The brain does.
The optic nerves
will the human eye does not really see anything it just captures the light and the brain interprets it into recognizable images and corrects the position of the light ...