If a human had only one eye,then:

  • A
    The image of the object would have been inverted.
  • B
    The visible region would have decreased.
  • C
    The image would not have been seen in three dimensions.
  • D
    $(b)$ and $(c)$ both.

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The diameter of the eye-ball of a normal eye is about $2.5\, cm$. The power of the eye lens varies from

$A$ person cannot see an object clearly if it is placed beyond $100 \, cm$. Find the power of the lens required to see an object clearly at infinity.

Match the List-$I$ with the List-$II$ from the combinations shown:
$(I)$ Presbyopia$(A)$ Sphero-cylindrical lens
$(II)$ Hypermetropia$(B)$ Convex lens of proper power may be used close to the eye
$(III)$ Astigmatism$(C)$ Concave lens of suitable focal length
$(IV)$ Myopia$(D)$ Bifocal lens of suitable focal length

$A$ person cannot see objects beyond $3 \, m$. What should be the focal length of the lens required to see objects at $12 \, m$?

Give the name of a natural optical instrument.

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