When the image focuses (falls) behind the retina
for 1/16th of a second an image persist on retina of human eye
fovea centralis
The cornea and lens of the eye form a real, inverted image on the retina.
our eye has convex lens which has got the power of converging image . so when the light fall on the convex lens the sensory nerve of our eye immediately send electrical impulse to the mind then the mind make the clear and virtual image .or say when convex lens converge the falling light , the convex lens have a focus point which is retina at where all the light rays focused and images is formed .
retina
on the retina of the eye
It falls on the retina of the eye.
It focuses it in front of the retina
it is called the retina
You must use convex lenses because in farsighted person the image is formed at the back of retina so it must be move forward to make it exactly in the retina so convex converges so it will be forwarded.
for 1/16th of a second an image persist on retina of human eye
A farsighted person can see distant objects clearly, but nearby objects appear blurry. The eyeball is too short, so the image that falls on the retina is out of focus. A convex lens corrects this by bending light rays toward each other before they enter the eye. An image then focuses on the retina.
The image of an object formed on the retina of the human eye is called Image Formation. Image Formation is the natural processing of light through the eye.
The retina in the human eye helps to produce an image and converts it into nerve signals.
farsightedness you gay nega
human eye uses a lens to form an image on retina.
A concave lens moves a farsighted persons image of something close onto the retina. It is curved inwards, like the inside of a cave.