Object placed beyond center of curvature C of a concave mirror gives image that is:
AReal, inverted, diminished, between F and C
BVirtual, erect
CAt infinity
DSame size at C
Answer & Solution
Correct answer: A. Real, inverted, diminished, between F and C
For concave mirror: object beyond C (u > 2f) → image between F and C (f < v < 2f), real, inverted, diminished. Standard imaging cases of concave mirror used in headlight reflectors (object at F gives parallel beam).
Related questions
Light passes from air to glass ($n = 1.5$). Brewster's angle is:Polaroid sunglasses reduce glare from a wet road most effectively because:In single-slit diffraction with $\lambda = 500$ nm and slit width $a = 0.1$ mm, the angulaIn Young's double slit, $\lambda = 600$ nm, slit separation $d = 0.5$ mm, screen distance For thin lens, when image distance equals object distance (|v| = |u|), object position is:Diffraction effects are more noticeable when the obstacle/aperture size is:Speed of light in glass (n = 1.5) is approximately:Refractive index of medium 1 with respect to medium 2 (denoted ₁n₂ or n₁/n₂). If ₁n₂ = 1.5