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What happens to the image distance in th...

What happens to the image distance in the eye when we increase the distance of an object from the eye ?

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For a normal eye, image distance in the eye is fixed, being equal to distance of retina from the eye lens. When we increase the distance of an object from the eye, the focal length of eye lens is changed on account of accommodating power of the eye, so as to keep the image distance constant.
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What happens to the image distance in the normal human eye when we decrease the distance of an object, say 10 m to 1 m? Justify your answer.

Assertion: The image distance in the eye increases, when we increase the distance of an object from the eye. Reason: For normal eye, image distance in the eye is fixed, being equal to distance of retina from the eye lens. The focal length of the eye lens is changed on account of accommodation power of the eye.

For a normal eye, distance of near point from the eye is.

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