Convex mirror, Convex lens, Concave mirror, Concave lens, A mirror found on a bad bend on a road is a , Concave mirror, Convex mirror, Plane mirror , When you stand in front of a mirror, Object distance < image distance , Object distance = image distance , Object distance > image distance , Lateral inversion in a plane mirror means the image is , Upside down , Magnified, Diminished, Left to right , Image formed is , Real, inverted, diminished , Real, inverted, magnified, Real, upright, diminished , Real, upright, magnified , Virtual, upright, magnified , Virtual, upright, diminished , This is a convex lens. If the image is projected onto a sheet of paper, the Image is formed is, At 2f, Between 2f and f, At f, Inside f, Image formed in a concave lens is always, Real, upright, magnified , Real, upright, diminished , Virtual, upright, magnified , Virtual, upright, diminished , An object is placed 10 cm in front of a concave mirror and the image is formed 15 cm in front of the mirror. What is the focal length?, 1/6 cm, 6 cm, Snell’s law states that, Real depth = apparent depth , Sin i = sin r, Sin i ∝ sin r, Image distance = object distance , i = r, i ∝ r, This window of light occurs when we look up when deep in water because of , Reflection, Total internal reflection , Refraction , Total internal refraction , Light travelling from a more dense medium to less dense medium will, Bend towards the normal , Pass straight through , Bend away from the normal , Which medium is more dense, A, B, What lens is needed to bring the light rays into focus on the retina?, Concave lens, Convex lens , This person is , Long sighted, correct with convex lens, Short sighted, correct with convex lens, Long sighted, correct with concave lens, Short sighted, correct with concave lens.

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