The human eye is about 576 megapixels. Only about seven megapixels really matter however. The anatomy of the eye is different from a camera so it works a little bit differently.
According to Clarkvision, if human eye was a digital camera it would be 576 megapixels.
The human eye is estimated to have a resolution of 576 megapixels.
100
The human eye has the resolution of 0.1mm... so the cut of wavelenght will be 10^5nm
the squid eye is more bigger then the human eye.
TEMs have a smallest resolvable separation distance (resolution) of about 0.5 nanometres, which is slightly above the atomic level of matter. By contrast, a light microscope has a resolution of up to 0.2 micrometres, and the human eye can see down to 100 micrometres.
There are quite a few aids to the human eye such as contacts. Another aid to the human eye is a set of glasses.
the aids of human eye is the sight of kabolangan
Only half of the Human eye is showing.
The difference - is in the resolution of the image (or text). With a TFT display, it's possible for the human eye (albeit with difficulty) to distinguish individual pixels. With the retina display, the resolution is so fine, the makers claim it's impossible to distinguish individual pixels with the naked eye. Think of it as the difference between 'standard' and HD television !
Chlomamphenicol is used to treat carunculitis of the human eye.
None. Actually the eye is held in place with the help of the skull.
the lens and eye piece