When the light actually reaches the retina the image is blurred (except when looking at close objects when the image is focused on the retina and looks clear. The condition is known as short-sightedness.
The region on the retina that humans and other predatory animals have where images are focused is called the fovea centralis.
this fills the space between the lens and the retina in your eyeball
the cornea, which is a clear outer covering, refracts light onto the retina
Before the retina; in the vitreous humor.
You will need glasses. If its focused in front of your retina then you're near-sighted (can't see close up). If its focused behind your retina then you're far-sighted (can't see far away)
The center region of the retina is called the macula. this is where images are focused.
The region on the retina that humans and other predatory animals have where images are focused is called the fovea centralis.
The person will be nearsighted.
The retina is very similar to the film in a camera. Images come through the eye's lens and are focused on the retina. The retina then converts these images to electric signals and sends them by way of the optic nerve to the back lobe of the brain.
The retina is very similar to the film in a camera. Images come through the eye's lens and are focused on the retina. The retina then converts these images to electric signals and sends them by way of the optic nerve to the back lobe of the brain.
The retina is very similar to the film in a camera. Images come through the eye's lens and are focused on the retina. The retina then converts these images to electric signals and sends them by way of the optic nerve to the back lobe of the brain.
The retina is very similar to the film in a camera. Images come through the eye's lens and are focused on the retina. The retina then converts these images to electric signals and sends them by way of the optic nerve to the back lobe of the brain.
No. It is the retina at the back of the eyeball that has the cones and rods that receive stimulus from light and send it to the brain for processing into visual images.
Yes. It usually occurs as the result of an elongated eyeball. In this case, the focal point occurs in front of the retina.
because there are more rods than cones in this region
retina I am assuming you mean retina as in the nerve that connects your eyeball to your brain.
On the inner surface of your eyeball.