Match the corrective lens to the correct eye defects.

Hypermetropia

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Presbyopia

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Myopia

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Solution

Myopia and hypermetropia are corrected using a concave and a convex lens, respectively.

Presbyopia is corrected using a bifocal lens, which is a combination of a concave lens and a convex lens.

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Similar questions

Q. Match the correct pair for the eye defects and their corrective lens.

Myopic eye defect can be corrected by using convex lens.

Name the eye defect in which eye lens becomes cloudy or milky. Mention the method for its correction. A person uses a lens of power -1.0 D for correcting his distant vision and for correcting his near vision he uses a lens of power + 2.0 D. Calculate the focal length of the lenses required to correct these defects. Explain why a normal eye is not able to see clearly the objects placed closer than the near points.

Q. The far point of a myopia eye is

1.5 m

. To correct this defect of the eye, the power of lens is _______.

Q. Match the following eye defects with their remedial lenses.

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Match the corrective lens to the correct eye defects.

Myopia and hypermetropia are corrected using a concave and a convex lens, respectively. Presbyopia is corrected using a bifocal lens, which is a combination of a concave lens and a convex lens.

Myopia and hypermetropia are corrected using a concave and a convex lens, respectively.

Presbyopia is corrected using a bifocal lens, which is a combination of a concave lens and a convex lens.