A person with hypermetropia can read only material kept beyond 25 cm from the eye, why?

Light rays from a close by the object are focused at a point beyond the retina.

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Light rays from distant objects are focused at a point beyond the retina.

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Light rays from a nearby object are focused at a point in front of the retina.

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Light rays from a distant object are focused at a point beyond the cornea.

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Solution

The correct option is A
Light rays from a close by the object are focused at a point beyond the retina.

In Hypermetropia, light rays from a close by the object are focused at a point beyond the retina.

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Similar questions

A person with hypermetropic eye can read only material kept beyond 50 cm from the eye. Why?

Q. For a myopic (short-sighted) eye, rays from far distant objects are brought to focus at a point:

FOCUS :focus also called an image point, is the point where light rays originating from a point on the object converge..

BUT, when the object is kept beyond the centre of curvature then rays converge between centre of curvature and the point focus. So now that point CAN BE called as the FOCUS.

Q. The helps in focusing the light rays coming from an object on the retina.

Q. The normal eye which can sufficiently refract light rays from an object 20 ft. (6 mt.) away to focus clear object on retina is called as

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A person with hypermetropia can read only material kept beyond 25 cm from the eye, why?

The correct option is A Light rays from a close by the object are focused at a point beyond the retina. In Hypermetropia, light rays from a close by the object are focused at a point beyond the retina.

The correct option is A
Light rays from a close by the object are focused at a point beyond the retina.

In Hypermetropia, light rays from a close by the object are focused at a point beyond the retina.