Select all that are TRUE of a myopic eye. They eyeball may be too long. The lens may be too weak. A divergent (concave) corrective lens will help view near objects clearly. The lens may be too strong. They eyeball may be too short. A convergent (convex) corrective lens will help view near objects clearly. A divergent (concave) corrective lens will help view distant objects clearly. A convergent (convex) corrective lens will help view distant objects clearly.
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'Let us assume that the farthest object a certain myopic eye can properly focus is 5 m from the eye. This is called the far point of the eye. Light from objects farther away than this is focused in front of the retina. Find focal length and power of the lens required to fix this problem.'
Vishal G.
Which of the following is true for the lenses of the eyes of a person with the given vision defect and the kind of lenses needed to correct the defect? farsightedness: the lenses are too converging and diverging lenses must be used nearsightedness: the lenses are too converging and diverging lenses must be used nearsightedness: the lenses are not converging enough and diverging lenses must be used farsightedness: the lenses are not converging enough and diverging lenses must be used None of the choices is correct.
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