TL ako sayo. Consider an object standing at a distance so from a thin lens in air. Given the object distance (in cm), the refractive index of the lens n, and radius R₁ and R₂ (in cm) of the nearer and farther lens surface, respectively, which of the following combinations will produce a virtual, upright, and magnified image? 1. so = 29, n = 1.65, R₁ = +35, R₂ = ∞0 II. so III. so = 60, n = 1.50, R₁ = 10, n = 1.50, R₁ = -30, R₂ = -60 +35, R₂ = -35 O A. I only OB. II only 23 OC. Ill only OD. I and II only

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TL ako sayo. Consider an object standing at a distance so from a thin lens in air. Given the object distance (in cm), the refractive index of the
lens n, and radius R₁ and R₂ (in cm) of the nearer and farther lens surface, respectively, which of the following combinations will produce a
virtual, upright, and magnified image?
1. So = 29, n = 1.65, R₁ = +35, R₂ = ∞
II. so = 10, n = 1.50, R₁ =
−30, R₂ = -60
III. so = 60, n = 1.50, R₁ = +35, R₂ = -35
O A.
I only
O B.
II only
23
O C. Ill only
OD. I and II only
Transcribed Image Text:TL ako sayo. Consider an object standing at a distance so from a thin lens in air. Given the object distance (in cm), the refractive index of the lens n, and radius R₁ and R₂ (in cm) of the nearer and farther lens surface, respectively, which of the following combinations will produce a virtual, upright, and magnified image? 1. So = 29, n = 1.65, R₁ = +35, R₂ = ∞ II. so = 10, n = 1.50, R₁ = −30, R₂ = -60 III. so = 60, n = 1.50, R₁ = +35, R₂ = -35 O A. I only O B. II only 23 O C. Ill only OD. I and II only
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