Concept: This question tests your understanding of common refractive errors of the human eye, specifically myopia (nearsightedness).

Why (B) is correct: In myopia, the eyeball is typically too long, or the cornea/lens has too much refractive power. As a result, light rays from distant objects converge in front of the retina instead of directly on it. This causes distant objects to appear blurry.

Why other options are wrong:

• (A) Behind the retina: This describes hyperopia (farsightedness), where the eyeball is too short or the refractive power is insufficient.
• (C) On the retina: This is the condition of normal vision (emmetropia), where light rays focus perfectly on the retina.
• (D) In the retina: Light rays focus on the retina, not within its layers.

Common Mistake: Students often confuse the focusing points for myopia and hyperopia. Remember 'Myopia = Minus lens = In front' and 'Hyperopia = Plus lens = Behind'.

NEET Tip: Myopia is corrected using a concave lens (diverging lens) which spreads out the light rays slightly before they enter the eye, allowing them to focus correctly on the retina.

Correct Answer: (B)