'(<a href="http://www.j-archive.com/media/2008-05-16_DJ_24.jpg" target="_blank">Cheryl of the Clue Crew explains a diagram of the human eye.</a>)  In the normal eye, the focal point of light is on the retina; in hypermitropia, it's <a href="http://www.j-archive.com/media/2008-05-16_DJ_24a.jpg" target="_blank">behind</a> the retina; in this opposite condition, it's <a href="http://www.j-archive.com/media/2008-05-16_DJ_24b.jpg" target="_blank">in front of</a> the retina'
myopia (or nearsightedness)
WHAT'S WRONG WITH ME?: In the normal eye, the focal point of light is on the retina; in hypermitropia, its behind the retina; in this opposite condition, its in front of the retina
In the normal eye, the focal point of light is on the retina; in hypermitropia, it's behind the retina; in this opposite condition, it's in front of the retina
In the normal eye, the focal point of light is on the retina; in hypermitropia, it's behind the retina; in this opposite condition, it's in front of the retina
WHAT'S WRONG WITH ME?
myopia or nearsightedness
WHAT'S WRONG WITH ME?